42
TAILORED EFFICIENCY COMPRESSORS EUROPE R134a R404A/R507 Maximum energy optimization from production to product. R290 R600a
TAILOrEd EFFICIENCy
COMPrESSOrS EUrOPE
r134a
r404A/r507
Maximum energy optimization from production to product.
r290
r600a
EMBRACO. EvERything BECOMEs A COOlER.
HigH EfficiEncy & grEEn SolutionSEmbraco commErcial Product ovErviEw
EuroPE rangE commErcial comPrESSorS
gEnEral data and PErformancE
EXtErnal viEwS & wiring diagramS
comPrESSor SElEction
general overview Emt
nEK/nEUnt/ntU
nJ
How to order your compressornomenclature
familiescooling type
voltage & frequencies
applications & test conditionsoperating Envelope
compressor cooling capacity measurement unitscooling capacity range
Product maps 50Hz/60Hz
Electrical motor starting torqueElectrical motor typesElectrical componentsaccessories & options
Packagingidentification label
How to read our cataloguer134a
r404a/r507r290
r600a
External viewswiring diagrams
Embraco in PillS
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EMB
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EmbracomorE tHan 11.500 EmPloyEES
morE tHan 400 ProfESSionalS in r&d
Production caPacity of ovEr 38 million comPrESSorS PEr yEar
morE tHan 400 million ProductS ProducEd to datE
morE tHan 1.000 PatEntS worldwidE
buSinESS conductEd in morE tHan 80 countriES
r&d laboratoriES in 4 continEntS
Embraco is a company specialized in cooling solutions and world leader in the hermetic compressor market. our mission: provide innovative solutions for a better quality of life, always attentive to technological excellence and sustainability.
technological leadership, operational excellence and sustainability are some of the pillars
which ensure the Embraco differential over other companies in the world market. its
products are now considered the favorite leading home appliance manufacturers by major
automakers and are spotlighted by manufacturers of commercial refrigeration equipment.
With global operations and production capacity exceeding 38 million units a year, the
company offers solutions that are differentiated for their innovation and low energy
consumption. its 11.500 employees work in factories and offices located in brazil
(headquarters), china, italy, slovakia, mexico, the United states and russia.
Energy efficiency is constantly sought in the processes, products and relationships with
the communities where it operates. our company is the absolute leader in this segment,
being able to offer products that meet the most restrictive international standards
regarding energy consumption.
as a worldwide leader, Embraco tries to anticipate market changes, and in doing so, our
company is in a state of permanent transformation. We continuously assess our processes
in order to maintain our leadership within the industry and promote growth, without
forgetting the pillars of our organization.
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Embraco commercial Product overview
EuroPE rangE
braZil rangE
condEnSing unit
fullmotion
Em
Em
nE
f
nt
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nJ
uEm unE unt unJ Sliding unitS
vEm vEg vnE
high EfficiEncy
grEEn solUtions
Energy efficiency is the base for all our product development. this means producing compressors
that consume each time less energy and less raw material in manufacturing, at the same time
maintaining Embraco brand quality. thus, we continuously invest in research and development to
create products that are more efficient and silent and do not harm the environment.
as a result of efforts to increase energy efficiency in our products, and to surpass our customers’
highest expectations, we have developed Embraco fullmotion – a compressor that varies the
cooling capacity according to the need, providing a reduction in energy consumption up to 40%.
We have a full product portfolio that offers compressors of a wide ranges of efficiency. We are a
global benchmark in developing solutions that meet the strictest international standards regarding
energy consumption. With a commitment to seek continuous product and process improvement,
each new generation of Embraco compressors is more efficient than the previous one.
Embraco has always been committed to offer solutions to the market that go beyond the traditional
ones. We have been at the forefront, for example, in launching products compatible with the most
environmentally advanced refrigerant gases. We were the first organization to produce compressors
that use alternative fluid refrigerants, such as propane (r290), to replace hfcs.
this natural refrigerant has important ecological advantages, since it does not contribute to ozone
layer deterioration and has limited greenhouse effect. furthermore, its noise levels are low, while
its efficiency rate gain and cooling capacity is quite high. to know our product portfolio in r290
contact our sales team.
EuroPE rangE
comPrESSorS
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(*) data @50 hz En12900 conditions
family rEfrigErant
cooling caPacity*w
EfficiEncy**w/w
diSSPlacE-mEnt
ccHP
wEigHt HEigHt
lbP mbP/m/HbP lbP mbP/m/HbP min/maXKg
min/maXmmmin maX min maX min maX min maX min maX min maX
nEK
r-134a 93 217 663 1.377 0.85 1.16 1.96 2.46 7.28 16.8
4-Jan 4-marr-404a 125 462 395 1.166 0.8 1.06 1.46 1.64 4.51 16.8 10,4 187
r-290 109 427 402 1.558 0.85 1.21 1.73 1.94 4.52 16.8 11,6 206
r-600a 489 805 2.28 2.43 9.99 16.8
family rEfrigErant
cooling caPacity rangE*w
EfficiEncy rangE*w/w diSPlacEmEnt
cc HP wEigHt HEigHt
lbP m/HbP lbP m/HbP
min maX min maX min maX min maX min maX min maX
9
Emtsmall size
global Platform
high EfficiencyUp to 1,36 w/w - lbPUp to 2,82 w/w - m/hbP50 hz @rated point En 12900
low noise ~2 db(a) less(if compared to the average noise of other models of the same range.)
Emt/Emy
r134a 37 88 321 975 0,83 1,16 2,18 2,87 3,01 6,76
1/10 1/3+ 7,1 - 7,8 158 - 166r404a 141 222 378 484 1,08 1,15 1,76 1,90 3,97 6,76
r290 123 266 343 632 1,12 1,28 1,96 2,2 3,97 9,50
r600a 45 162 244 805 1,1 1,36 2,2 2,82 3,97 12,21
Developed for: refrigerators, freezers and bottle coolers.
applications: lbP, m/HbP
refrigerants: r134a; r404a/r507; r600a; r290
min/maX Kg min/maX mm
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nEK/nEuhigh cooling capacity at low Evaporating temperatures
better Performances
high Efficiency levelnEK Up to Up to 1,21 w/w - lbP Up to 2,43 w/w - m/hbP50 hz @rated point En 12900
very low sound level
nEw valvE SyStEm to improve cooling capacity and efficiencynEU from 5% to 15% higher than nEK
nEw PlaStic Suction mufflEr to optimize acoustic and fluidynamic
nEw SHEll dESign to improve high frequency noise
nEw HEad designed to decrese heat loss, low super heat mechanical losses, resulting in greater energy efficiency.
(*) data @50 hz En12900 conditions
min/maX Kg min/maX mm
nEK
r134a 93 217 663 1315 0,85 1,16 1,90 2,46 7,40 16,80
1/5 3/4 10,4 - 11,6 187 - 206r404a 178 380 542 1166 0,80 1,00 1,46 1,69 6,20 16,80
r290 199 427 402 1051 0,99 1,21 1,73 1,94 6,20 16,80
r600a 606 805 2,29 2,43 12,12 16,80
Developed for: freezers, merchandisers, ice makers
applications: lbP, m/HbP
refrigerants: r134a; r404a/r507; r600a; r290
(*) data @50 hz En12900 conditions(**) UD
min/maX Kg min/maX mm
Developed for: freezers, merchandisers, ice makers
applications: lbP, m/HbP
refrigerants: r134a; r404a; r290; r600a**
nEu
r134a / / 1102 1492 / / 2,12 2,48 12,12 16,80
1/3 1 10,6-12 200-206r290 364 457 676 1109 1,21 1,35 1,95 2,17 13,54 16,80
r404a 275 501 792 1089 1,08 1,14 1,71 1,89 8,78 16,80
nEK
nEu
nEU from 5% to 15% higher than nEK, depending on the refrigerant type
family rEfrigErant
cooling caPacity rangE*w
EfficiEncy rangE*w/w diSPlacEmEnt
cc HP wEigHt HEigHt
lbP m/HbP lbP m/HbP
min maX min maX min maX min maX min maX min maX
family rEfrigErant
cooling caPacity rangE*w
EfficiEncy rangE*w/w diSPlacEmEnt
cc HP wEigHt HEigHt
lbP m/HbP lbP m/HbP
min maX min maX min maX min maX min maX min maX
1110
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nJhigh reliability and proved performances
frame breakerUp to 33,4 cm³
Easy installationrotolock valve version
low sound and vibration level
(*) data @50 hz En12900 conditions
nJr134a / / 2021 2740 / / 2,16 2,40 26,1 34,4
3/4 1 1/2 19,6 - 21,7 253 - 277r404a 585 809 1648 2506 0,85 1,06 1,59 1,9 21,7 34,4
Developed for: Walk-in coolers, merchandisers, milk coolers, refrigerated islands, gDms.
applications: lbP, m/HbP
refrigerants: r134a; r404a/r507
min/maX Kg min/maX mm
family rEfrigErant
cooling caPacity rangE*w
EfficiEncy rangE*w/w diSPlacEmEnt
cc HP wEigHt HEigHt
lbP m/HbP lbP m/HbP
min maX min maX min maX min maX min maX min maX
1312
nt/ntu new Design
better Performances
high EfficiencyUp to 1,23 w/w - lbPUp to 2,11 w/w - m/hbP50 hz @rated point En 12900
low sound and vibration level
nEw intErnal dESignnew vertical tubes configurationnew Universal base plate
nEw SuSPEnSion SyStEm to improve high frequency noise.
(*) data @50 hz En12900 conditions
nt
r134a 1405 2582 2,13 2,94 17,4 27,8
1/2 1 1/2 15,7 - 18,3 207 - 250r404a 341 719 891 2426 0,89 1,07 1,5 2,02 12,5 27,8
r290 400 689 952 1937 1,09 1,23 1,74 2,11 14,5 27,8
Developed for: reach in coolers, merchandisers, ice makers, beers coolers.
applications: lbP, m/HbP
refrigerants: r134a; r404a/r507; r290.
min/maX Kg min/maX mm
family rEfrigErant
cooling caPacity rangE*w
EfficiEncy rangE*w/w diSPlacEmEnt
cc HP wEigHt HEigHt
lbP m/HbP lbP m/HbP
min maX min maX min maX min maX min maX min maX
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applications & test conditions
1514
(low back Pressure)low evaporating temperatures (lower than -20 °c) applications:refrigerators, frozen food cabinets, frozen food display cases, display windows, etc.
(medium / High back Pressure)Evaporating temperatures between -20°c and +10°c;applications: coolers, merchandisers, etc
(medium back Pressure)medium evaporating temperatures (higher than -20 °c);applications: fresh food cabinets, drink coolers, ice makers etc.
(High back Pressure)high evaporating temperatures (higher than -15 °c)applications: fresh food cabinets, ice makers, dehumidifiers. dryers,etc.
lbP
m/HbP
mbP
HbP
tESt conditionS (rating Point) aPPlication
EvaPorating tEmPEraturE
c°
condEnSing tEmPEraturE
c°
gaS rEturn tEmPEraturE
c°Subcooling
comPrESSor ambiEnt tEmPEraturE
c°
En 12900
lbP -35° 40° 20° (*)
no sUbcooling 32°mbP -10° 45° 20° (*)
hbP +5° 50° 20° (*)
ari 540
lbP -23,3° 48,9° 4,4°no sUbcooling
35°mbP -6,7° 48,9° 4,4°
hbP +7,2° 54,4° 18,3° 8,3 K
aSHraE SubcoolEdlbP -23,3° 54,4° 32,2° 22,2 K 32,2°
mbP and hbP 7,2° 54,4° 35° 8,3 K 35°
cEcomaf lbP -25 55° 32° no sUbcooling 32°
(*) for Emt and nE models return gas temperature is 32°c
convErSion unit
1 watt 3,41 btu/h
1 watt 0,86 kcal/h
1 kcal/h 3,97 btu/h
rEfrigErant r134a - r600a aPPlication lbP1- rEfrigErant r404a - r507 - r290 aPPlication lbP2-
rEfrigErant r404a - r507 - r290 aPPlication mbP3- rEfrigErant r134a - r600a aPPlication hbP4-
operating Envelope
tc - condensing temperature | k - ambient 32oc and return gas 20oc te - Evaporating temperature | m - ambient 32oc and return gas 20oc (for transitory period)
PlEaSE notE: the use of the compressor outside the intended working range cannot make use of the warranty.
te
60
55
50
45
40
35
-35 -30 -25 -20 -15 -10 -5
°c
tc
°c
m
k
te
60
55
50
45
40
35
-45 -40 -35 -30 -25 -20 -15 -10
°c
tc
°c
m
k
60
55
50
45
40
35
-25 -20 -15 -10 -5 0 5 10
°c
tc
°c
m
mk
te
60
55
50
45
40
35
-20 -15 -10 -5 0 5 10 15
°c
tc
°cte
m
k
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Product maps 50hz
@ rated point En12900 Household
comPrESSor Product maP 50 Hz/dual frEquEncy/3Ø
cool. cap. En12900 / rated Point volt./freq.a 220-240v/50Hz 1 ~ b 200-230v/50Hz - 208-230v/60Hz 1 ~ c 220v/50Hz 1 ~ K 200-220v/50Hz 1 ~
m 380-420v/50Hz 3 ~ n 200-240v/50Hz (230v/60Hz) 1 ~ r 200v 50/60 Hz 3ph ~ v 230v/50Hz 1 ~
nEu
r-134a r-404a / r-507 r-290 r-600a
lbP volt. frEq.
cool. caP. [w]
diSPl. [cc] HbP volt.
frEq.
cool. caP. [w]
diSPl. [cc] lbP volt.
frEq.
cool. caP. [w]
diSPl. [cc] mbP volt.
frEq.
cool. caP. [w]
diSPl. [cc] lbP volt.
frEq.
cool. caP. [w]
diSPl. [cc] mbP volt.
frEq.
cool. caP. [w]
diSPl. [cc] lbP volt.
frEq.
cool. caP. [w]*
diSPl. [cc] HbP volt.
frEq.
cool. caP. [w]
diSPl. [cc]
Em
Emt22HlP a 37 3,01 Emt37HdP a / b 321 3,40 Emt2117gK a 141 4,50 Emt6144gK a 378 3,97 Emt1117u a 123 4,50 Emt6144u a 343 4,50 Emy20clc a 45 3,97 Emt30cdP a 246 4,50
Emt36HlP a 54 3,97 Emt45Hdr a 379 3,97 Emt2121gK a 174 5,20 Emt6152gK a 424 4,50 Emt2117u a 123 4,50 Emt6152u a 418 5,20 EmX20clc a 45 3,97 Emu5125y a 244 4,50
Emt43HlP a 66 4,85 Emt50HdP a / b 423 4,50 Emt2125gK a 204 5,96 Emt6165gK a 484 5,20 Emt1121u a 159 5,57 Emt6165u a 485 5,96 Emy26clc a 61 5,20 Emt45cdP a 360 6,78
Emt49HlP a 78 5,57 Emt6144Z a 519 5,20 Emt2130gK a 222 6,76 Emt2121u a 159 5,57 EmtE6181u a 632 7,55 Emy32clc a 72 5,96 Emu5132y a (rsir) 358 6,79
Emt60HlP a 88 6,76 Emt6160Z a 648 6,76 Emt1125u a 177 5,96 EmX32clc a 72 5,96 Emu5132y a (rscr) 363 6,79
Emt6170Z a 725 7,69 Emt2125u a 177 5,96 Emy40clc a 90 7,24 Emt6144y a 486 9,05
EmtE6187Z a 975 9,50 Emt1130u a 198 6,76 Emy46clc a 101 7,96 Emt6160y a 588 11,15
Emt2130u a 196 6,76 EmX46clc a 101 7,96
EmtE2134u a 265 9,50 Emy55clP a 114 9,05
EmX55clc a 115 9,05
Emy66clP a 134 10,62
EmX70clc a 143 11,14
EmX80clt a 162 12,21
nEnEK
nEK1116Z a 93 7,40 nEK6160Z a 663 7,28 nEK2125gK a 178 6,20 nEK6165gK a 542 6,20 nEK2125u a 199 7,28 nEK6152u a 402 5,45 nEK6160y a 606 12,12
nEK2116Z a 93 7,40 nEK6160Z b 663 7,28 nEK2130gK a 210 7,40 nEK6181gK a 599 7,28 nEK2134u a 271 10,00 nEK6165u a 464 6,20 nEK6170y a 720 14,30
nEK1118Z a 111 8,40 nEK6170Z a 775 8,40 nEK2134gK a 253 8,78 nEK6210gK a 724 8,78 nEK1150u a 333 13,54 nEK6181u a 523 7,28 nby5170y a UD 14,30
nE1121Z a / K 125 9,27 nEK6170Z b 775 8,40 nEK2150gK a 346 12,12 nEK6213gK a 972 12,12 nEK2150u a 334 13,54 nEK6210u a 640 8,78 nEK6187y a 805 16,80
nE2121Z a / K 125 9,27 nEK6187Z a 894 10,00 nEK2168gK a (csir) 360 14,30 nEK6217gK a 1166 14,30 nEK2160u a 427 16,80 nEK6214u a (csir) 880 12,12
nE1130Z a / K 161 12,12 nEK6187Z a 896 10,00 nEK2168gK a (csr) 380 14,30 nEK6214u a (csr) 893 12,12
nE2130Z K 156 12,12 nEK6210Z a 1024 12,12 nEK6217u a (csir) 1018 14,30
nE2130Z a 171 12,12 nEK6210Z a 1046 12,12 nEK6217u a (csr) 1051 14,30
nE2134Z a 179 14,30 nEK6212Z a 1206 14,30
nEK2140Z a 217 16,80 nEK6212Z a 1217 14,30
nEK6214Z a 1315 16,80
nEu6210Z a (csir) 1102 12,12 nEu2140gK a (csir) 275 8,78 nEu6212gK a (csir) 792 8,78 nEu2155u a (csir) 364 13,54 nEu6210u a (csir) 676 8,78
nEu6210Z a (csr) 1109 12,12 nEu2155gK a (csir) 368 12,12 nEu6215gK a (csir) 1065 12,12 nEu2155u a (csr) 384 13,54 nEu6212u a (csir) 793 10,00
nEu6212Z a(csir) 1271 14,30 nEu2168gK a (csir) 416 14,30 nEu6215gK a (csr) 1089 12,12 nEu2168u a (csr) 457 16,80 nEu6212u a (csr) 800 10,00
nEu6212Z a (csr) 1288 14,30 nEu2168gJ a (csr) 437 14,30 nEu6214u a (csir) 936 12,12
nEu6214Z a (csir) 1459 16,80 nEu2178gK a (csr) 501 16,80 nEu6214u a (csr) 944 12,12
nEu6214Z a (csr) 1492 16,80 nEu6217u a (csir) 1086 14,30
nEu6217u a (csr) 1109 14,30
nEu6220u a UD 16,80
nt
nt6215Z n 1405 17,4 nt2168gS r 341 14,5 nt6217gK n (csir) 960 12,6 nt2160u a (csir) 400 17,4 nt6217u a (csir) 952 14,5
nt6215Z c 1435 17,4 nt2168gK n 354 14,5 nt6217gK n (csr) 891 12,6 nt2160u a (csr) 407 17,4 nt6220u a (csir) 1193 17,4
nt6217Z a (csir) 1655 20,4 nt2178gK a (csir) 416 17,4 nt6220gK n (csir) 1080 14,5 nt2170u a (csir) 478 20,4 nt6220u a (csr) 1167 17,4
nt6217Z a (csr) 1695 20,4 nt2178gK a (csr) 420 17,4 nt6220gK n (csr) 1096 14,5 nt2170u a (csr) 480 20,4 nt6222u a (csir) 1372 20,4
nt6217Z n (csir) 1619 20,4 nt2180gK a (csir) 490 20,4 nt6222gK a (csir) 1287 17,4 nt2180u a (csir) 550 22,4 nt6222u a (csr) 1412 20,4
nt6217Z n (csr) 1680 20,4 nt2180gK a (csr) 530 20,4 nt6222gK a (csr) 1332 17,4 nt2180u a (csr) 563 22,4 nt6224u a 1558 22,4
nt6220Z n (csir) 1744 22,4 nt2192gS r 549 22,4 nt6222gK n (csir) 1322 17,4 nt2210u a (csr) 689 27,8 nt6230u a 1937 27,8
nt6220Z n (csr) 1752 22,4 nt2192gK a csir) 551 22,4 nt6222gK n (csr) 1307 17,4
nt2192gK a (csr) 568 22,4 nt6224gK a 1573 20,4
nt2210gK a (csr) 685 26,2 nt6226gK a (csir) 1717 22,4
nt2212gS r 690 27,8 nt6226gK a (csr) 1752 22,4
nt2212gK a (csir) 719 27,8
ntu
ntu6222Zv a 2117 23,8 ntu6232gKv a 1757 20,4
ntu6224Zv a 2582 27,8 ntu6234gKv a 2091 23,7
ntu6238gKv a 2288 26,2
ntu6240gKv a 2426 27,8
nJ
nJ6220Z a 2021 26,1 nJ2192gK/J a 585 26,1 nJ9226gK v 1648 21,7
nJ6220ZX m 2240 26,1 nJ2192gS m 591 26,1 nJ9226gS m 1667 21,7
nJ6226Z a 2610 34,4 nJ2212gS m 775 34,4 nJ9232gK a 1911 26,1
nJ6226ZX m 2740 34,4 nJ2212gK/J a 809 34,4 nJ9232gS m 1972 26,1
nJ9238gK v 2424 32,7
nJ9238gS m 2506 32,7
1716
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Product maps 60hzcomPrESSor Product maP 60Hz
1918
cool. cap. @ rated Point ari volt./freq.b 200-230v/50Hz (208-230v/60 Hz 1 ~ d 208-230v/60Hz 1~ E 115-127v 60 Hz 1ph ~ g 115v/60Hz 1~ J 230v/60Hz 1~
m 380-420v/50Hz 3 ~ r 200v 50/60 Hz 3ph ~ Z 200-230v 60 Hz 3ph ~
60Hz
r-134a r-404a / r-507 r-290
lbP volt. frEq.
cool. caP. [w]
diSPl. [cc] HbP volt.
frEq.
cool. caP. [w]
diSPl. [cc] lbP volt.
frEq.
cool. caP. [w]
diSPl. [cc] mbP volt.
frEq.
cool. caP. [w]
diSPl. [cc] lbP volt.
frEq.
cool. caP. [w]
diSPl. [cc] mbP volt.
frEq.
cool. caP. [w]
diSPl. [cc]
nEu
EmEmt37HdP b 378 3,40
Emt50HdP b 506 4,50
nEnEK
nEK2116Z g 171 7,40 nEK6132Z g 473 4,52 nEK2117gK g 211 4,52 nEK6144gK g 400 4,52 nEK2134u g 415 10,00 nEK6152u g 449 5,45
nE2121Z g 204 9,27 nEK6144Z g 584 5,45 nEK2121gK g 261 5,45 nEK6144gK D 592 4,52 nEK2150u g (csir) 550 13,54 nEK6165u g 505 6,20
nE2130Z g 269 12,11 nEK6160Z g / b 758 7,28 nEK2125gK g 314 6,20 nEK6152gK g 481 5,45 nEK2150u g (csr) 554 13,54 nEK6210u g 717 8,77
nE2134Z D 300 14,30 nEK6170Z g 878 8,40 nEK2134gK D 400 8,78 nEK6165gK g 850 6,20 nEK6213u g 998 12,11
nE2134Z g 312 14,30 nEK6170Z b 881 8,40 nEK2134gK g 420 8,78 nEK6181gK g (csir) 922 7,30
nEK2140Z g 390 16,80 nEK6187Z b 1000 10,00 nEK2150gK D 509 12,12 nEK6181gK g (csr) 977 7,30
nEK6187Z g 1007 10,00 nEK2150gK g (csir) 527 12,12 nEK6181gK D 954 7,30
nEK6210Z b 1138 12,12 nEK2150gK g (csr) 536 12,12 nEK6210gK g (csir) 1160 8,78
nEK6210Z g 1190 12,12 nEK2168gK g 577 14,30 nEK6210gK g (csr) 1192 8,78
nEK6212Z g (csir) 1361 14,30 nEK2168gK D 584 14,30 nEK6210gK D 1139 8,78
nEK6212Z g (csr) 1407 14,30 nEK6213gK g (csir) 1444 12,12
nEK6212Z b 1323 14,30 nEK6213gK g (csr) 1528 12,12
nEK6214Z g 1568 16,80 nEK6213gK D 1505 12,12
nEK6214Z D (csir) 1523 16,80
nEK6214Z D (csr) 1537 16,80
nEu6187Z E (csir) 1154 10,00 nEu2168u E 749 16,80 nEu6181u E 633 7,28
nEu6187Z E (csr) 1163 10,00 nEu6214u g (csir) 1085 12,12
nEu6212Z g (csir) 1571 14,30 nEu6214u g (csr) 1097 12,12
nEu6212Z g (csr) 1579 14,30
nEu6214Z g (csir) 1776 16,80
nEu6214Z g (csr) 1799 16,80
nt
nt2152Z g 610 26,2 nt6215Z D 1794 17,4 nt2168gK(v) g (csir) 566 14,5 nt6217gK(v) g (csir) 1030 12,6 nt2160u(v) D 604 17,4 nt6217uv g (csir) 1005 14,5
nt6215Z g (csir) 1925 17,4 nt2168gK(v) g (csr) 610 14,5 nt6217gK(v) g (csr) 1072 12,6 nt2160uv g 638 17,4 nt6217uv g (csr) 1028 14,5
nt6215Z g (csr) 1933 17,4 nt2168gK(v) D (csir) 580 14,5 nt6217gK(v) D (csir) 1070 12,6 nt2170uv D 672 20,4 nt6220uv g 1356 17,4
nt6217Z g (csir) 1982 20,4 nt2168gK(v) D (csr) 616 14,5 nt6217gK(v) D (csr) 1115 12,6 nt2170u(v) g 772 20,4 nt6222uv g 1522 20,4
nt6217Z g (csr) 2013 20,4 nt2168gS r 578 14,5 nt6220gKv g (csir) 1240 14,5 nt2180uv D 830 22,4 nt6224uv D 1744 22,4
nt6217Z D (csir) 2126 20,4 nt2178gK(v) g (csir) 734 17,4 nt6220gKv g (csr) 1250 14,5 nt2180uv g 832 22,4
nt6217Z D (csr) 2157 20,4 nt2178gK(v) g (csr) 772 17,4 nt6220gKv D (csir) 1247 14,5 nt2210uv D 1051 27,8
nt6220Z g 2361 22,4 nt2178gK(v) D (csir) 751 17,4 nt6220gKv D (csr) 1283 14,5 nt2210uv g 1060 27,8
nt6220Z D 2420 22,4 nt2178gK(v) D (csr) 790 17,4 nt6222gK(v) g (csir) 1565 17,4
nt2180gK(v) g (csir) 823 20,4 nt6222gK(v) g (csr) 1569 17,4
nt2180gK(v) g (csr) 879 20,4 nt6222gK(v) D (csir) 1475 17,4
nt2180gK(v) D 854 20,4 nt6222gK(v) D (csr) 1537 17,4
nt2192gS r 897 22,4 nt6224gKv D 1808 20,4
nt2192gK(v) g (csir) 904 22,4 nt6224gKv g 1859 20,4
nt2192gK(v) g (csr) 943 22,4 nt6226gK(v) g 1942 22,4
nt2192gK(v) D 928 22,4 nt6226gK(v) D (csir) 1985 22,4
nt2212gS r 1155 27,8 nt6226gK(v) D (csr) 2009 22,4
nt2212gKv g 1183 27,8
nt2212gK(v) D 1230 27,4
ntu
ntu6222Zv g 2882 23,7 ntu6232gSv Z 2035 20,4
ntu6222Zv D 2893 23,7 ntu6232gKv g 2090 20,4
ntu6224Zv g 3355 27,8 ntu6232gKv D 2101 20,4
ntu6224Zv D 3412 27,8 ntu6234gSv Z 2378 23,7
ntu6234gKv g 2419 23,7
ntu6234gKv D 2477 23,7
ntu6238gSv Z 2635 26,2
ntu6238gKv D 2748 26,2
ntu6240gSv Z 2779 27,8
ntu6240gKv D 2860 27,8
nJ
nJ6220Z D 2391 26,1 nJ2192gK/J g 968 26,1 nJ9226gK D 2742 21,7
nJ6220Z g 2674 26,1 nJ2192gK/J D 970 26,1 nJ9226gS m 2811 21,7
nJ6220ZX m 2674 26,1 nJ2192gS m 970 26,1 nJ9232gK D 3479 26,1
nJ6226Z D 2927 34,4 nJ2212gK/J g 1173 34,4 nJ9232gS m 3488 26,1
nJ6226ZX m 3125 34,4 nJ2212gK/J D 1183 34,4 nJ9238gK J 3834 32,7
nJ2212gS m 1273 34,4 nJ9238gS m 4186 32,7
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
comPrESSorSElEction
21
co
mp
res
sor
s se
Lec
TIo
N
model volt./freq. motor type
ordering code
Example:
Displacement voltage
refrigerant
cooling capacity frequency
application starting torque
How to ordEr your comPrESSor
nEK2168gK a P qcSir
accessories Packaging
rubber grommets
single Packrsir
rotolock valve
multiple Pack w/o electrical
assembled
rscr
csir
csr
3 Ø
snap on Kit
multiple Pack w/ electrical assembled
notE: not all combinations are possible
= Displacement: 14,30 cm³cooling capacity: 704 W
Efficiency: 1,17 W/Wapplication: lbP
refrigerant: r404a
= snap on= 220/240v 50 hz
= capacitive start inductive run
= multiple Pack 37/20+17
w/electrical assembles
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity
nE K 6 214 ZrEfrigErant codE
EfficiEncy lEvEl
aPPlication codE
comPrESSor familiES
cooling caPacity
Em t 60 h l P
rEfrigErant codE
ElEctrical comPonEnt
h = r134ac = r600a
U = r290
r = relay
P = Ptc + opional run capacitor
c = Ptc + mandatory run capacitor
X = relay + mandatory start capacitor
t = tsD
EfficiEncy lEvEl
aPPlication codE
comPrESSor familiES
s
tU
yZX2c
standard
first generation
second generationthird generation
fourth generationfifth generationsixth generation
l = lbP
h = m/hbP
D = hbP
rated cooling capacity divided by 10 expresse in btu/h (subcooled liquid conditions) and referred to the frequency listed on the compressr name plate.
Em
nomenclature
Static cooling:the compressor does not require forced cooling, but it must be installed so that the ambient air can adequately cool to avoid overheating
S fan cooling:the compressor requires forced cooling through the use of a fan
f
Em/nE/nt/nJ
Em
lbP
r134afamiliES
r134ar404a r404ar290 r290r600 r600a
H/mbP
model ModelVolt./Freq. Accessories AccessoriesPackaging PackagingMotor Type Motor Typevolt./freq.
code voltage & frequencyvoltage working range minimum Start voltage
50Hz 60Hz 50Hz 60Hz
a 220-240v/50hz 1 ~ 198v - 254v 187v
b 200-230v/50hz (208-230v/60hz) 1 ~ 180v - 244v 187v-244v 170v 177v
c 220v/50hz 1 ~ 200v - 242v 187v
d 208-230v/60hz 1 ~ 187v - 244v 177v
E 115-127v/60hz 103 - 134v 98v
g 115v/60hz 1 ~ 103v-127v 98v
J 230v/60hz 1 ~ 207v-253v 195v
K 200-220 v 50 hz 1~ / (230 v 60 hz 1~) 180v-234v 207v-253v 170v 195v
m 380-420v/50hz (440-480v/60hz) 3 ~ 332v-445v 396-509v 323v 374v
n 200-240v/50hz (230v/60hz) 1 ~ 180v-254v 207v-253v 170v 195v
q 100v 50/60hz 90-110v 90-110v 85v 85v
r 200v/50-60hz 3 ~ 180v-220v 180v-220v 170v 170v
v 230v/50hz 1 ~ 207v-253v 195v
Z 200-230v/60hz 1 ~ 180v-244v 170v
2322
EmEm
nEK/nEu
nt/ntu
nJ
gE - gf - gggK - gJ
gs
gP
rUv
Z
ZX
y
r407c 1~r404a/r507 1~
r404a/r507 3~
r407c 3~
gas recoveryr290 1~r290 + r600a
r134a 1~
r134a 3~
r600a
__
Kt
Uy
first generation
second generationthird generation
fourth generationfifth generation
1. lbP - lst
2. lbP - hst
3. l/mbP - lst
4. l/mbP - hst
5. mbP* or hbP* lst
6. mbP* or hbP* hst
7. a/c
9. m/hbP hst
the first digit is the number of zeros that must be added to the last two digits to obtain the cooling capacity (approx) in kcal/h at 50hz.E.g.: 144=440 kcal/h at 50hz.
Em | nE | nt | nJ
voltage & frequencies
fan cooling characteristic
families
cooling type
m³/h
270 or 520*
520
800
comPrESSor
Emt
nEK - nt
nJ
frEE airflow
(*) for specific model see catalogue data page
(*) according to the refrigerant used
the v letter at the end of the compressor name stands for iPr valve
co
mp
res
sor
s se
Lec
TIo
N
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
lStlow Starting torque:compressors with rsir-rscr-Psc electrical motors for systems with capillary tube and with balanced pressures at start up.
HStHigh Starting torque: compressors with csir-csr and 3ph electrical motors for systems with balanced or unbalanced pressures at start up.
a
d
E
f
ga
b
cd
E
fH
i
v. tHrEadEd connEction
attachement for service or for a manometer1
main port3
connections for pressure-stat4
connection to the receiver or to the compressor2
Z. braZEd connEction
1
2
3
4
1
2
4
3
a a
bb
a & b service caps (hexagonal nuts)
rotolock valve
nt/nJ geminigemini is a product line that matches low noise and short height for
typical semi-hermetic solution. through an especial shape Embraco
designed an hermetic light commercial compressors which can be
embedded in appliances, considering individual or dual mode, it means a
modular cooling capacity when demanded. these products are available
in condensing units and also only compressors.
motor type overload ProtectorStarting device capacitors
current relay voltage relay Ptc Start run
rSir
rScr
cSir
cSr
PSc
accESSoriES & oPtionS
Emt nEK nt nJa only rubber grommets only rubber grommets only rubber grommets only rubber grommets
P snap-on kit snap-on kit
v rotolock valve mechanical
Z rotolock valve solder
Model ModelVolt./Freq. Volt./Freq.Accessories accessoriesPackaging Packagingmotor type Motor Type
2524
rSir
cSr
PSc
cSir
3Ø
rScr
resistence Start – inductive runthis motor type, used in the compressor of small power, has a low starting torque (lst) and must be applied only to capillary tube systems where the pressures equalize. the motor is characterized by a start winding with high ohmic resistance and must be disconnected when it reaches the stabilized rotational speed. an electromagnetic relay, calibrated for the motor current, disconnects the start winding at the end of the start up. an alternative to the electromagnetic relay is, for some models, a Ptc solid state-starting device.
capacitive Start & runcsr version with capacitive run and start windings. same as Psc motor but with a start capacitor in series with the start winding. a potential starting relay, calibrated for each motor, disconnects the start capacitor at the end of the start. the motor is characterized by a high starting torque (hst) and high efficiency.
Permanent Split capacitor: Psc version with capacitive run winding. this motor is characterized by the run capacitor permanently connec-ted in series with the start winding; both remain connected even after the motor starts. the starting torque is enough to guarantee that the compressor starts only with balanced pressures in capillary tubes systems or with a pressure equalizer.
three Phasethree-phase windings with star connections
capacitive Start – inductive runsimilar to rsir motor, with a different start winding in series with a start capacitor of suitable capacitance to get a high starting torque.
resistance Start – capacitive runsimilar to rsir motor version but uses a Ptc solid state starting device and a permanent connected run capacitor to improve its efficiency.
Electrical motor starting torque
Electrical motor types
Electrical components
accessories & options
assembling accessoriesa. SlEEvE & ScrEwscrew and Washer are not part of delivery
rubber grommets assembling Process:
Washer sleeve
grommets base Plate mounting base
clip screw Pin
a gapb c
d E f
g H i
P. SnaP on
co
mp
res
sor
s se
Lec
TIo
N
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
Model ModelVolt./Freq. Volt./Freq.Accessories AccessoriesPackaging PackagingMotor Type Motor Type
Emt/Emy/EmX
SinglE multiPlE PacK codE qty
comPrESSorS layErS total n. of comPrESSorS
ElEctrical comPonEntSnotES
aSSEmblEd not aSSEmblEd
SinglE PacK a 70 14+14+14+14+14 1680 excluded capacitor
multiPlE PacK
r 100 20+20+20+20+20 2700 grommets and sleves delivered separately
s 120 20+20+20+20+20+20 1680
g 100 20+20+20+20+20 2800
n 37 20+17 1924 and accessories included
o 74 20+20+20+14 2072 and accessories included
nt/ntu
SinglE multiPlE PacK codE qty
comPrESSorS layErS total n. of comPrESSorS
ElEctrical comPonEntSnotES
aSSEmblEd not aSSEmblEd
SinglE PacKa 56 14+14+14+14 1144 excluded capacitor
f 44 11+11+11+11 1144 with electrical box inside pack
multiPlE PacKc 36 18+18 1224
Z 24 12+12 1008
nJ
SinglE multiPlE PacK codE qty
comPrESSorS layErS total n. of comPrESSorS
ElEctrical comPonEntSnotES
aSSEmblEd not aSSEmblEd
SinglE PacKa 33 11+11+11 924 excluded capacitor
f 33 11+11+11 924 with electrical box inside pack
multiPlE PacKc 36 18+18 936
y 28 14+14 784
nE/nEK/nEu
SinglE multiPlE PacK codE qty
comPrESSorS layErS total n. of comPrESSorS
ElEctrical comPonEntSnotES
aSSEmblEd not aSSEmblEd
SinglE PacK
a 56 14+14+14+14 1232 excluded capacitor
f 44 11+11+11+11 1232 with electrical box inside pack
J 56 14+14+14+14 1568 including capacitor
multiPlE PacK
h 28 14+14 1176 with electrical box inside pack
m 80 20+20+20+20 1760 electricals packed in separate carton box
n 40 20+20 1680 electricals packed in separate carton box
o 74 20+17+20+17 1776
Q 37 20+17 1554
2726
Packaging code and load characteristics for 20ft container
nEK/nEU/nt/ntU/nJ label
Em label
1
27
95
3 6 4
810
compressor model1
compressor model1
supply voltage2
supply voltage2
bill of materials code3
bill of materials code3
serial number4
serial number4
agency approval marks5
agency approval marks5
Date code or Production date6
oil type and quantity7
refrigerant type8
current consumption (rated load amperage, when applicable)
9
Date code or Production date6
oil type and quantity7
refrigerant type8
current consumption (rated load amperage, when applicable)
9
locked rotor amperage (when applicable)
10
locked rotor amperage (when applicable)
10
1
2
43
5 97
10
8
6
identification label
co
mp
res
sor
s se
Lec
TIo
N
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
Example:
2 3r134albP 50Hz
1
grouped by refrigerant type1
Data classified by supply frequency3
model selection4
cooling capacity @ rated point ashraE & En12900 or ari or cEcomaf
5
5
operative range of evaporating temp6
6
grouped by application type2
4
2929
how to read our catalogue
table index
r134a r290
r404a/r507 r600a
50 hz 50 hz
50 hz 50 hz
lbPhbP
pag. 30pag. 32
pag. 56pag. 58
pag. 60pag. 60
pag. 62pag. 64
pag. 34pag. 36
pag. 40pag. 44
pag. 46pag. 50pag. 54
lbPmbP
lbPmbP
lbPhbP
lbPhbP
lbPmbP
lbPmbPm/mbP
60 hz 60 hz
60 hz
1 3
2 4
gEnEraldata
PErformancE
EMT
EMT22HLP 3,00 1/12 220-240V 50Hz 1~ RSIR-RSCR 75 1,19 37,30 0,8355 54 75 98 125 152
158 7,10 3,00 S 180 POE 22 C DWG01 SM00 EMT22HLP45 50 69 91 119 151
EMT36HLP 3,97 1/10 220-240V 50Hz 1~ RSIR-RSCR 108 1,27 53,71 0,9955 79 105 137 174 217
166 7,52 3,80 S 180 POE 22 C DWG01 SM00 EMT36HLP45 71 94 123 160 203 254
EMT43HLP 4,85 1/8 220-240V 50Hz 1~ RSIR-RSCR 132 1,30 65,65 0,9155 96 127 164 207 252
166 7,52 4,70 S 180 POE 22 C DWG01 SM00 EMT43HLP45 86 117 153 195 247
EMT49HLP 5,56 1/6 220-240V 50Hz 1~ RSIR-RSCR 151 1,33 75,10 1,1655 110 144 186 235 292
166 7,71 4,80 S 180 POE 22 C DWG01 SM00 EMT49HLP45 98 131 170 217 274 342
EMT60HLP 6,76 1/6 220-240V 50Hz 1~ RSIR-RSCR 177 1,17 88,03 0,8855 131 175 228 290 359
166 7,65 6,20 S 180 POE 22 C DWG01 SM00 EMT60HLP45 117 158 208 270 341 421
NE
NEK1116Z 7,37 1/5 220-240V 50HZ 1~ RSIR-RSCR 194 1,44 96 1,1255 141 262 245 312 390
200 10,80 14,00 S 350 POE 22 C DWG02 SM00 NEK1116Z 45 126 172 225 291 367 460
NEK2116Z 7,37 1/5 220-240V 50HZ 1~ CSIR 187 1,22 93 0,8955 136 184 241 305 378
200 10,40 10,00 S 350 POE 22 C DWG03 SM05 NEK2116Z 45 121 166 221 284 357 436
NEK1118Z 8,39 1/4 220-240V 50HZ 1~ RSIR-RSCR 224 1,43 111 1,0855 163 217 283 357 446
200 10,70 16,00 S 350 POE 22 C DWG02 SM00 NEK1118Z 45 144 195 256 328 417 519
NE1121Z 9,26 1/4 220-240V 50HZ 1~ RSIR 253 1,28 126 0,8955 186 246 319 403 500
200 10,92 16,50 F 520,00 350 POE 22 C DWG03 SM03 NE1121Z45 166 220 288 370 464 572
NE1121Z 9,26 1/4 200-220V 50Hz / 230V 60Hz 1~ RSIR 253 1,28 126 0,9355 217 288 373 472 584
200 10,95 18,00 F 520,00 350 POE 22 C DWG03 SM03 NE1121Z45 193 258 337 433 544 669
NE2121Z 9,26 1/4 220-240V 50Hz 1~ CSIR 250 1,23 124 0,8655 183 245 317 403 500
200 10,90 12,60 F 520,00 350 POE 22 C/V DWG03 SM05 NE2121Z45 163 217 285 368 465 575
NE2121Z 9,26 1/4 200-220V 50Hz / 230V 60Hz 1~ CSIR 253 1,28 126 0,9055 186 246 319 403 500
200 10,90 15,00 F 520,00 350 POE 22 C/V DWG03 SM05 NE2121Z45 166 220 288 370 464 572
NE1130Z 12,11 1/3 220-240V 50Hz 1~ RSIR 323 1,32 161 0,8555 238 313 402 506 624
200 10,90 16,30 F 520,00 350 POE 22 C DWG03 SM03 NE1130Z45 211 281 366 466 583 715
NE1130Z 12,11 1/3 200-220V 50Hz / 230V 60Hz 1~ RSIR 323 1,24 161 0,8655 238 313 402 506 624
200 10,90 22,00 F 520,00 350 POE 22 C DWG03 SM03 NE1130Z45 211 281 366 466 583 715
NE2130Z 12,11 1/3 220-240V 50Hz 1~ CSIR 343 1,32 171 0,8555 255 332 426 536 660
200 10,95 13,20 F 520,00 350 POE 22 C/V DWG03 SM05 NE2130Z45 227 298 386 491 613 753
NE2130Z 12,11 1/3 200-220V 50Hz / 230V 60Hz 1~ CSIR 314 1,22 156 0,8555 230 305 391 490 601
200 11,65 17,00 F 520,00 350 POE 22 C/V DWG03 SM05 NE2130Z45 204 268 348 444 555 684
NE2130Z 12,11 1/3 100V 50-60HZ 1~ CSIR 323 1,20 161 1,1655 230 305 391 490 601
200 10,95 32,00 F 520,00 350 POE 22 C/V DWG03 SM05 NE2130Z 45 204 268 348 444 555 684
NE2134Z 14,28 1/3 220-240V 50Hz 1~ CSIR 359 1,23 179 0,9055 267 351 453 571 711
206 11,65 17,00 F 520,00 350 POE 22 C/V DWG03 SM05 NE2134Z45 234 313 410 526 662 822
NEK2140Z 16,80 1/2 220-240V 50Hz 1~ CSIR 437 1,28 217 1,0255 319 421 543 686 820
206 11,60 17,00 F 520,00 350 POE 22 C/V DWG03 SM05 NEK2140Z45 274 372 493 635 799 991
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -35°c/40 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-30 -25 -20 -15 -10 -5 kg mm a
EMT
EMT22HLP 3,01 1/12 220-240V 50Hz 1~ RSIR-RSCR 75 1,19 37 0,8355 54 75 98 125 152
7,1 158 3,0 S - 180 POE 22 C DWG01 SM00 EMT22HLP45 50 69 91 119 151
EMT36HLP 3,97 1/10 220-240V 50Hz 1~ RSIR-RSCR 108 1,27 54 0,9955 79 105 137 174 217
7,5 166 3,8 S - 180 POE 22 C DWG01 SM00 EMT36HLP45 71 94 123 160 203 254
EMT43HLP 4,85 1/8 220-240V 50Hz 1~ RSIR-RSCR 132 1,30 66 0,9155 96 127 164 207 252
7,5 166 4,7 S - 180 POE 22 C DWG01 SM00 EMT43HLP45 86 117 153 195 247
EMT49HLP 5,57 1/6 220-240V 50Hz 1~ RSIR-RSCR 151 1,33 78 1,1655 110 144 186 235 292
7,7 166 4,8 S - 180 POE 22 C DWG01 SM00 EMT49HLP45 98 131 170 217 274 342
EMT60HLP 6,76 1/6 220-240V 50Hz 1~ RSIR-RSCR 177 1,17 88 0,8855 131 175 228 290 359
7,6 166 6,2 S - 180 POE 22 C DWG01 SM00 EMT60HLP45 117 158 208 270 341 421
NE/
NEk
NEk1116Z 7,40 1/5 220-240V 50HZ 1~ RSIR-RSCR 194 1,44 93 1,1255 141 262 245 312 390
10,8 200 14,0 S - 350 POE 22 C DWG02 SM00 NEk1116Z 45 126 172 225 291 367 460
NEk2116Z 7,40 1/5 220-240V 50HZ 1~ CSIR 187 1,22 93 0,8955 136 184 241 305 378
10,4 200 10,0 S - 350 POE 22 C DWG03 SM05 NEk2116Z 45 121 166 221 284 357 436
NEk1118Z 8,40 1/4 220-240V 50HZ 1~ RSIR-RSCR 224 1,43 111 1,0855 163 217 283 357 446
10,7 200 16,0 S - 350 POE 22 C DWG02 SM00 NEk1118Z 45 144 195 256 328 417 519
NE1121Z 9,27 1/4 220-240V 50HZ 1~ RSIR 253 1,28 125 0,8955 186 246 319 403 500
10,9 200 16,5 F 520 350 POE 22 C DWG03 SM03 NE1121Z45 166 220 288 370 464 572
NE1121Z 9,27 1/4 200-220V 50Hz / 230V 60Hz 1~ RSIR 253 1,28 126 0,9355 217 288 373 472 584
10,9 200 18,0 F 520 350 POE 22 C DWG03 SM03 NE1121Z45 193 258 337 433 544 669
NE2121Z 9,27 1/4 220-240V 50Hz 1~ CSIR 250 1,23 124 0,8655 183 245 317 403 500
10,9 200 12,6 F 520 350 POE 22 C/V DWG03 SM05 NE2121Z45 163 217 285 368 465 575
NE2121Z 9,27 1/4 200-220V 50Hz / 230V 60Hz 1~ CSIR 253 1,28 126 0,9055 186 246 319 403 500
10,9 200 15,0 F 520 350 POE 22 C/V DWG03 SM05 NE2121Z45 166 220 288 370 464 572
NE1130Z 12,12 1/3 220-240V 50Hz 1~ RSIR 323 1,32 161 0,8555 238 313 402 506 624
10,9 200 16,3 F 520 350 POE 22 C DWG03 SM03 NE1130Z45 211 281 366 466 583 715
NE1130Z 12,12 1/3 200-220V 50Hz / 230V 60Hz 1~ RSIR 323 1,24 161 0,8655 238 313 402 506 624
10,9 200 22,0 F 520 350 POE 22 C DWG03 SM03 NE1130Z45 211 281 366 466 583 715
NE2130Z 12,12 1/3 200-220V 50Hz / 230V 60Hz 1~ CSIR 314 1,22 156 0,8555 230 305 391 490 601
11,6 200 17,0 F 520 350 POE 22 C/V DWG03 SM05 NE2130Z45 204 268 348 444 555 684
NE2130Z 12,12 1/3 220-240V 50Hz 1~ CSIR 343 1,32 171 0,8555 255 332 426 536 660
10,9 200 13,2 F 520 350 POE 22 C/V DWG03 SM05 NE2130Z45 227 298 386 491 613 753
NE2130Z 12,12 1/3 100V 50-60HZ 1~ CSIR 323 1,20 161 1,1655 230 305 391 490 601
10,9 200 32,0 F 520 350 POE 22 C/V DWG03 SM05 NE2130Z 45 204 268 348 444 555 684
NE2134Z 14,30 1/3 220-240V 50Hz 1~ CSIR 359 1,23 179 0,9055 267 351 453 571 711
11,6 206 17,0 F 520 350 POE 22 C/V DWG03 SM05 NE2134Z45 234 313 410 526 662 822
NEk2140Z 16,80 1/2 220-240V 50Hz 1~ CSIR 437 1,28 217 1,0255 319 421 543 686 820
11,6 206 17,0 F 520 350 POE 22 C/V DWG03 SM05 NEk2140Z45 274 372 493 635 799 991
3130
r134albP 50Hz
notE: performance curves are calculated from ashrae actual curves.
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
nEu
a
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lra cooling tyPE
fan air
flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c 5°c/50 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-15 -10 -5 0 5 10 kg mm
EMT/
EMTE
EMT37HDP 3,40 1/8 200-230V 50Hz / 208-230V 60Hz 1~ RSIR 351 2,56 321 2,4655 150 189 237 298 361
7,2 166 S - 180 POE 22 C DWG01 SM00 EMT37HDP45 146 184 229 284 343 423
EMT37HDP 3,40 1/8 220-240V 50Hz 1~ RSIR 351 2,55 321 2,4655 153 194 241 294 355
7,2 158 S - 180 POE 22 C DWG01 SM00 EMT37HDP45 142 181 228 245 343 412
EMT50HDP 4,50 1/6 200-230V 50Hz / 208-230V 60Hz 1~ RSIR 474 2,58 427 2,5455 203 257 319 390 469
7,7 166 S - 180 POE 22 C DWG01 SM00 EMT50HDP45 187 240 303 324 458 549
EMT45HDR 3,97 1/8 220-240V 50Hz 1~ CSIR 421 2,66 379 2,5855 150 189 237 298 361
7,7 166 S - 180 POE 10 C/V DWG01 SM05 EMT45HDR45 146 184 229 284 402 423
EMT50HDP 4,50 1/6 220-240V 50Hz 1~ RSIR 475 2,58 423 2,4755 203 256 318 388 472
7,7 166 S - 180 POE 22 C DWG01 SM00 EMT50HDP45 191 242 303 374 456 549
EMT6144Z 5,20 1/5 220-240V 50Hz 1~ CSIR 577 2,6 519 2,5355 250 313 388 474 573
7,8 166 F 270 180 POE 22 C/V DWG01 SM05 EMT6144Z45 232 294 367 395 549 661
EMT6160Z 6,76 1/4 220-240V 50Hz 1~ CSIR 720 2,4 648 2,3455 322 403 495 600 718
7,8 166 F 520 180 POE 22 C/V DWG01 SM05 EMT6160Z45 298 377 469 504 696 830
EMT6170Z 7,69 1/4 220-240V 50Hz 1~ CSIR 806 2,26 725 2,1855 358 448 550 663 789
7,8 166 F 520 180 POE 22 C/V DWG01 SM05 EMT6170Z45 330 418 522 559 771 915
EMTE6187Z 9,50 1/1 220-240 / 50 Hz CSIR 943 2,52 975 2,8755 485 592 732 906 1081
8,6 171 F 520 210 POE 22 C/V DWG01 SM05 EMT6187Z45 356 460 564 705 871 1037
N
Ek
NEk6160Z 7,28 1/4 220-240V 50Hz 1~ CSIR 716 2,41 663 2,4155 296 376 472 586 716
10,4 187 F 520 350 POE 22 C/V DWG03 SM05 NEk6160Z45 281 355 448 481 687 834
NEk6160Z 7,28 1/4 200-230V 50Hz / 208-230V 60Hz 1~ CSIR 717 2,41 663 2,4155 290 371 470 586 720
10,4 187 F 520 350 POE 22 C/V DWG03 SM05 NEk6160Z45 277 350 442 478 684 833
NEk6170Z 8,40 1/4 220-240V 50Hz 1~ CSIR 837 2,41 775 2,4555 360 453 562 689 833
10,4 187 F 520 350 POE 22 C/V DWG03 SM05 NEk6170Z45 336 422 527 572 798 964
NEk6170Z 8,40 1/4 200-230V 50Hz / 208-230V 60Hz 1~ CSIR 841 2,44 775 2,4655 358 451 563 693 841
10,8 200 F 520 350 POE 22 C/V DWG03 SM05 NEk6170Z45 335 420 526 573 802 971
NEk6170Z 8,40 1/4 100V 50/60Hz 1~ CSIR 823 2,18 762 2,1655 313 384 496 650 844
10,4 187 F 520 350 POE 22 C/V DWG03 SM05 NEk6170Z 45 337 367 445 505 742 958
NEk6187Z 10,00 1/3 220-240V 50Hz 1~ CSIR 967 2,36 896 2,3855 402 511 642 793 965
11,0 200 F 520 350 POE 22 C/V DWG03 SM05 NEk6187Z45 378 477 600 654 918 1113
NEk6187Z 10,00 1/3 200-230V 50Hz / 208-230V 60Hz 1~ CSIR 965 2,39 894 2,4055 439 538 657 796 955
11,6 206 F 520 350 POE 22 C/V DWG03 SM05 NEk6187Z45 375 479 606 669 928 1123
NEk6210Z 12,12 1/3 200-230V 50Hz / 208-230V 60Hz 1~ CSIR 1105 2,13 1024 2,1655 454 554 699 891 1128
11,6 206 F 520 350 POE 22 C/V DWG03 SM05 NEk6210Z45 469 523 637 711 1031 1314
NEk6210Z 12,12 1/3 220-240V 50Hz 1~ CSIR 1129 2,29 1046 2,2955 480 619 773 942 1127
11,0 200 F 520 350 POE 22 C/V DWG03 SM05 NEk6210Z45 456 578 726 787 1097 1319
NEk6212Z 14,30 1/2 200-230V 50Hz / 208-230V 60Hz 1~ CSR 1302 2,12 1206 2,1455 565 712 882 1076 1291
11,6 206 F 520 350 POE 22 C/V DWG03 SM06 NEk6212Z45 521 662 830 898 1249 1498
NEk6212Z 14,30 1/2 220-240V 50Hz 1~ CSIR 1314 2,09 1217 2,1255 562 708 881 1081 1308
11,2 206 F 520 350 POE 22 C/V DWG03 SM05 NEk6212Z45 534 665 828 897 1248 1504
NEk6214Z 16,80 1/2 220-240V 50Hz 1~ CSIR 1486 1,92 1315 1,9055 640 814 1008 1215 1473
11,6 206 F 520 350 POE 22 C/V DWG03 SM05 NEk6214Z 45 593 752 945 1026 1412 1701
NEU6210Z 12,12 1/2 220-240V 50Hz 1~ CSIR 1231 2,37 1102 2,3355 530 663 825 1016 1235
10,6 200 F 520 350 POE 22 C/V DWG03 SM05 NEU6210Z45 489 615 770 955 1170 1414
NEU6210Z 12,12 1/2 220-240V 50Hz 1~ CSR 1247 2,58 1109 2,4855 530 672 839 1032 1250
10,6 200 F 520 350 POE 22 C/V DWG03 SM06 NEU6210Z45 483 618 780 969 1186 1431
NEU6212Z 14,30 1/2 220-240V 50Hz 1~ CSIR 1438 2,31 1271 2,2255 595 767 965 1188 1437
11,2 200 F 520 350 POE 22 C/C DWG03 SM06 NEU6212Z45 556 706 892 1111 1365 1653
NEU6212Z 14,30 1/2 220-240V 50Hz 1~ CSR 1456 2,52 1288 2,4155 616 779 974 1201 1461
11,2 200 F 520 350 POE 22 C/C DWG03 SM06 NEU6212Z45 552 712 903 1126 1380 1665
NEU6214Z 16,80 1/2 220-240V 50Hz 1~ CSIR 1636 2,14 1459 2,1255 724 909 1124 1367 1640
11,6 206 F 520 350 POE 22 C/V DWG03 SM05 NEU6214Z45 657 836 1047 1292 1569 1880
NEU6214Z 16,80 1/2 220-240V 50Hz 1~ CSR 1678 2,45 1492 2,3555 738 927 1150 1407 1699
11,6 206 F 520 350 POE 22 C/V DWG03 SM06 NEU6214Z45 663 844 1063 1320 1615 1946
4,3
4,3
9,1
5,4
5,4
8,5
9,8
10,4
16,5
11,5
13,5
12,4
16,5
34
16,1
19,3
19,5
20
19,5
22,5
25,5
18,5
18,5
20
20
22
22
3332
r134aHbP 50Hz
notE: performance curves are calculated from ashrae actual curves.
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -23,3 °c/48,9 ºcEXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-30 -25 -20 -15 -10 -5 kg mm a
a
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c 5°c/50 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-15 -10 -5 0 5 10 kg mm
fan air
flow (m3/h)
3534
r134aHbP 50Hz
r134albP 60Hz
notE: performance curves are calculated from ashrae actual curves.
notE: performance curves are calculated from ashrae actual curves.
20,7
21
25
25
25
25
29,5
28
30
30
35,0
10,0
31,0
13,0
NE/
NEK
NEK2116Z 7,40 1/5 115V 60Hz 1~ CSIR 216 1,17 171 0,9255 295 432 615 844 213 1439
10,0 200 22,0 S - 350 POE 22 C/V DWG04 SM04 NEK2116Z45 417 577 780 1025 1312 1643
NE2121Z 9,27 1/4 115V 60Hz 1~ CSIR 278 1,09 204 0,8155 109 147 195 252 319 395
11,0 200 29,0 F 520 350 POE 22 C/V DWG04 SM04 NE2121Z45 132 176 230 295 371 457
NE2130Z 12,12 1/3 100V 50/60Hz 1~ CSIR 367 1,19 269 1,1655 166 227 300 383 479 586
11,0 200 38,0 F 520 350 POE 22 C/V DWG04 SM04 NE2130Z45 205 268 348 443 553 679
NE2130Z 12,12 1/3 115V 60Hz 1~ CSIR 367 1,19 269 0,8855 166 227 300 383 479 586
11,0 200 38,0 F 520 350 POE 22 C/V DWG04 SM04 NE2130Z45 205 268 348 443 553 679
NE2134Z 14,30 1/2 115V 60Hz 1~ CSIR 425 1,23 312 0,9155 191 257 334 424 533 660
11,0 200 33,0 F 520 350 POE 22 C/V DWG04 SM04 NE2134Z45 228 303 392 495 618 764
NE2134Z 14,30 1/2 208-230V 60Hz 1~ CSIR 409 1,24 300 0,9255 188 252 332 425 533 654
11,6 206 21,0 F 520 350 POE 22 C/V DWG04 SM04 NE2134Z45 230 302 392 498 622 763
NEK2140Z 16,80 1/2 115V 60Hz 1~ CSIR 500 1,19 390 0,9455 236 314 417 546 698 876
11,0 206 40,0 F 520 350 POE 22 C/V DWG04 SM04 NEK2140Z45 279 378 503 653 828 1030
NT NT2152ZV 26,2 1/2 115V 60Hz 1~ CSR 681 1,31 610 1,07
55 200 425 646 871 1104 135118,2 250 70,0 F 520 450 POE 22 C/V DWG17 SM26 NT2152ZV
45 380 593 814 1048 1303 1582
NT/
NTu
NT6215Z 17,4 1/2 200-240V 50Hz / 230V 60Hz 1~ CSIR 1607 2,52 1405 2,3855 661 829 1033 1282 1582
17,0 220 F 520 450 POE 22 C/V DWG15 SM19 NT6215Z45 627 796 998 1241 1533 1883
NT6215Z 17,4 1/2 220V 50Hz 1~ CSIR 1620 2,29 1435 2,2555 646 843 1071 1326 1606
17,0 207 F 520 450 POE 22 C/V DWG15 SM19 NT6215Z45 621 796 1014 1090 1567 1894
NT6217Z 20,4 3/4 220-240V 50Hz 1~ CSIR 1863 2,31 1655 2,2055 791 991 1234 1521 1853
17,0 220 F 520 450 POE 22 C/V DWG15 SM19 NT6217Z45 754 938 1173 1256 1795 2185
NT6217Z 20,4 3/4 220-240V 50Hz 1~ CSR 1963 2,67 1695 2,4255 799 1010 1271 1582 1945
17,0 220 F 520 450 POE 22 C/V DWG15 SM21 NT6217Z45 754 947 1196 1294 1867 2294
NT6217Z 20,4 3/4 200-240V 50Hz / 230V 60Hz 1~ CSIR 1863 2,41 1619 2,2055 764 961 1196 1473 1800
17,0 220 F 520 450 POE 22 C/V DWG15 SM19 NT6217Z45 712 912 1148 1428 1757 2143
NT6217Z 20,4 3/4 200-240V 50Hz / 230V 60Hz 1~ CSR 1943 2,67 1680 2,4055 772 980 1232 1532 1890
17,0 220 F 520 450 POE 22 C/V DWG15 SM21 NT6217Z45 712 921 1171 1471 1827 2250
NT6220Z 22,4 3/4 200-240V 50HZ/230V 60Hz 1~ CSIR 2016 2,34 1744 2,1355 852 1060 1303 1586 1915
17,2 220 F 520 450 POE 22 C/V DWG15 SM19 NT6220Z 45 800 1011 1260 1554 1897 2294
NT6220Z 22,4 3/4 200-240V 50Hz/230V 60Hz 1~ CSR 2016 2,55 1752 2,3455 861 1081 1342 1649 2011
17,2 220 F 520 450 POE 22 C/V DWG15 SM21 NT6220Z45 808 1021 1285 1601 1973 2409
NTu6222ZV 23,7 3/4 220-240V 50Hz 1~ CSCR 2424 3,09 2117 2,8955 1044 1305 1605 1955 2365
18,3 253 F 520 650 POE 22 C/V DWG19 SM26 NTu6222ZV45 968 1225 1521 1866 2273 2754
NTu6224ZV 27,8 1 220-240V 50Hz 1~ CSCR 2767 3,00 2582 2,9455 1272 1574 1921 2325 2795
18,3 253 F 520 650 POE 22 C/V DWG19 SM26 NTu6224ZV45 1179 1484 1834 2242 2720 3277
NJ
NJ6220Z 26,1 3/4 220-240V 50Hz 1~ CSIR 2547 2,60 2021 2,1655 875 1147 1459 1826 2260
20,5 265 F 800 750 POE 22 C/V DWG14 SM14 NJ6220Z45 822 1104 1419 1780 2202 2699
NJ6220ZX 26,1 3/4 380-420V 50Hz / 440-480V 60Hz 3 ~ 3PHASE 2547 2,91 2240 2,4055 993 1326 1693 2096 2534
19,6 265 F 800 750 POE 22 C/V DWG14 SM18 NJ6220ZX45 882 1159 1502 1723 2389 2932
NJ6226Z 34,4 1 220-240V 50Hz 1~ CSCR 2976 2,41 2610 2,2055 1182 1531 1923 2371 2886
19,8 253 F 800 750 POE 22 C/V DWG14 SM17 NJ6226Z45 1144 1497 1892 2340 2852 3438
NJ6226ZX 34,4 1 380-420V 50Hz / 440-480V 60Hz 3 ~ 3PHASE 2976 2,50 2740 2,4055 1214 1589 2004 2457 2950
20,2 265 F 800 750 POE 22 C/V DWG14 SM18 NJ6226ZX45 1304 1644 2044 2039 3027 3608
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c 7,2°c/54,4 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-15 -10 -5 0 5 10 kg mm a
3736
r134aHbP 60Hz
notE: performance curves are calculated from ashrae actual curves.
EMT EMT37HDP 3,40 1/2 200-230V 50Hz / 208-230V 60Hz 1~ RSIR 422 2,48 378 2,22
55 184 231 286 348 4177,7 166 5,4 S - 180 POE 22 C DWG01 SM00 EMT37HDP
45 172 215 269 332 403 485
EMT50HDP 4,50 1/2 200-230V 50Hz / 208-230V 60Hz 1~ RSIR 563 2,55 506 2,2955 248 310 382 464 556
7,7 166 9,1 S - 180 POE 22 C DWG01 SM00 EMT50HDP45 232 289 360 441 534 642
NEK
NEK6132Z 4,52 1/6 115V 60Hz 1~ CSIR 516 2,13 473 1,9455 211 272 346 431 529
10 187 26,0 S - 350 POE 22 C/V DWG04 SM04 NEK6132Z45 192 250 322 408 505 617
NEK6144Z 5,45 1/6 115V 60Hz 1~ CSIR 640 2,18 584 1,9855 268 343 432 535 652
10,1 187 26,0 F 520 350 POE 22 C/V DWG04 SM04 NEK6144Z45 245 315 399 499 612 740
NEK6160Z 7,28 1/4 115V 60Hz 1~ CSIR 845 2,35 758 2,1155 354 450 563 694 846
10,4 187 28,5 F 520 350 POE 22 C/V DWG04 SM04 NEK6160Z45 327 418 529 657 803 967
NEK6160Z 7,28 1/4 200-230V 50Hz / 208-230V 60Hz 1~ CSIR 845 2,41 758 2,1755 351 450 563 693 839
10,4 187 13,5 F 520 350 POE 22 C/V DWG04 SM04 NEK6160Z45 330 415 522 650 799 966
NEK6170Z 8,40 1/4 115V 60Hz 1~ CSIR 978 2,34 878 2,1055 423 527 655 804 974
10,4 187 28,5 F 520 350 POE 22 C/V DWG04 SM04 NEK6170Z45 396 493 616 762 932 1126
NEK6170Z 8,40 1/4 100V 50/60Hz 1~ CSIR 823 2,18 738 1,9555 382 461 585 759 988
10,4 187 35,5 F 520 340 POE 22 C/V DWG04 SM04 NEK6170Z45 404 448 535 673 866 1119
NEK6170Z 8,40 1/4 200-230V 50Hz / 208-230V 60Hz 1~ CSIR 981 2,38 881 2,1455 428 532 657 804 970
10,8 200 16,5 F 520 350 POE 22 C/V DWG04 SM04 NEK6170Z45 393 495 620 767 937 1130
NEK6187Z 10,00 1/3 200-230V 50Hz / 208-230V 60Hz 1~ CSIR 1115 2,30 1000 2,0655 477 603 750 918 1109
11,6 206 19,3 F 520 350 POE 22 C/V DWG04 SM04 NEK6187Z45 426 549 693 857 1044 1253
NEK6187Z 10,00 1/3 115V 60Hz 1~ CSIR 1122 2,31 1007 2,0755 476 597 746 921 1124
11,0 200 37,0 F 520 350 POE 22 C/V DWG04 SM04 NEK6187Z45 442 555 697 868 1068 1295
NEK6210Z 12,12 1/2 200-230V 50Hz / 208-230V 60Hz 1~ CSIR 1267 2,10 1138 1,8855 507 614 782 1011 1299
11,6 206 20,0 F 520 350 POE 22 C/V DWG04 SM04 NEK6210Z45 543 598 721 911 1167 1487
NEK6210Z 12,12 1/3 115V 60Hz 1~ CSIR 1326 2,18 1190 1,9655 575 722 895 1094 1319
11,0 200 37,0 F 520 350 POE 22 C/V DWG04 SM04 NEK6210Z45 521 667 841 1041 1267 1520
NEK6212Z 14,30 1/2 200-230V 50Hz / 208-230V 60Hz 1~ CSR 1474 1,97 1323 1,7755 660 825 1011 1221 1450
11,6 206 22,5 F 520 350 POE 22 C/V DWG04 SM06 NEK6212Z45 611 778 971 1188 1432 1700
NEK6212Z 14,30 1/2 115V 60Hz 1~ CSIR 1517 1,98 1361 1,7855 658 830 1028 1254 1506
11,6 206 40,0 F 520 350 POE 22 C/V DWG04 SM04 NEK6212Z45 599 769 967 1193 1446 1728
NEK6212Z 14,30 1/2 115V 60Hz 1~ CSR 1568 2,18 1407 1,9655 658 830 1028 1254 1506
11,6 206 40,0 F 520 350 POE 22 C/V DWG04 SM06 NEK6212Z45 599 769 967 1193 1446 1728
NEK6214Z 16,80 1/2 208-230V 60Hz 1~ CSIR 1697 1,97 1523 1,7755 731 921 1143 1396 1677
11,4 206 30,0 F 520 350 POE 22 C/V DWG04 SM04 NEK6214Z45 671 851 1068 1321 1610 1933
NEK6214Z 16,80 1/2 208-230V 60Hz 1~ CSR 1712 2,11 1537 1,8955 740 929 1153 1410 1698
11,4 206 30,0 F 520 350 POE 22 C/V DWG04 SM06 NEK6214Z45 686 865 1081 1331 1617 1937
NEK6214Z 16,80 1/2 115V 60Hz 1~ CSR 1746 2,05 1568 1,8455 748 948 1180 1443 1734
11,6 206 48,0 F 520 350 POE 22 C/V DWG04 SM06 NEK6214Z45 689 875 1098 1357 1652 1980
NEU6187Z 10,00 1/3 115V-127V 60Hz 1~ CSIR 1223 2,45 1154 2,2355 501 680 908 1129 1278
10,7 200 39 F 520 350 POE 22 C/V DWG04 SM04 NEU6187Z45 498 586 783 1031 1274 1455
NEU6187Z 10,00 1/3 115V-127V 60Hz 1~ CSR 1236 2,62 1163 2,3555 500 682 916 1145 1312
10,7 200 39 F 520 350 POE 22 C/V DWG04 SM06 NEU6187Z45 503 592 792 1044 1291 1475
NEU6212Z 14,30 1/2 115V 60Hz 1~ CSIR 1663 2,23 1571 2,1055 746 934 1158 1417 1711
11,5 206 40 F 520 350 POE 22 C/V DWG04 SM04 NEU6212Z45 675 856 1074 1330 1622 1951
NEU6212Z 14,30 1/2 115V 60Hz 1~ CSR 1674 2,4 1579 2,2755 754 946 1177 1444 1749
11,5 206 40 F 520 350 POE 22 C/V DWG04 SM06 NEU6212Z45 668 857 1084 1349 1650 1989
NEU6214Z 16,80 1/2 115V 60Hz 1~ CSIR 1884 2,09 1776 1,9755 846 1067 1325 1618 1947
11,6 206 50 F 520 350 POE 22 C/V DWG04 SM04 NEU6214Z45 763 973 1222 1512 1841 2210
NEU6214Z 16,80 1/2 115V 60Hz 1~ CSR 1913 2,26 1799 2,1355 847 1074 1338 1640 1978
11,6 206 50 F 520 350 POE 22 C/V DWG04 SM06 NEU6214Z45 765 978 1230 1522 1854 2225
nEu
u.d. = under development
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,22°c/54,4 ºc 7,2°c/54,4 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-15 -10 -5 0 5 10 kg mm a
3938
r134aHbP 60Hz
notE: performance curves are calculated from ashrae actual curves.
NT/
NTU
NT6215Z 17,4 1/2 208-230V 60Hz 1~ CSIR 1876 2,25 1794 2,1155 861 1085 1347 1648 1986
17,0 207 20,8 F 520 450 POE 22 C/V DWG15 SM20 NT6215Z45 777 997 1256 1556 1895 2274
NT6215Z 17,4 1/2 115V 60Hz 1~ CSIR 1942 2,40 1925 2,3755 893 1146 1439 1772 2144
16,5 207 44,0 F 520 450 POE 22 C/V DWG15 SM20 NT6215Z45 818 1059 1334 1642 1985 2361
NT6215Z 17,4 1/2 115V 60Hz 1~ CSR 2015 2,61 1933 2,5055 880 1121 1410 1743 2124
15,7 207 44,0 F 520 450 POE 22 C/V DWG15 SM23 NT6215Z45 810 1043 1322 1652 2029 2454
NT6217Z 20,4 3/4 115V 60Hz 1~ CSIR 2186 2,21 1982 1,9955 1040 1320 1635 1986 2372
17,5 220 45,0 F 520 450 POE 22 C/V DWG15 SM20 NT6217Z45 950 1210 1520 1879 2285 2740
NT6217Z 20,4 3/4 115V 60Hz 1~ CSR 2189 2,29 2013 2,2055 1051 1339 1655 2013 2425
17,5 220 45,0 F 520 450 POE 22 C/V DWG15 SM23 NT6217Z45 956 1243 1558 1913 2320 2792
NT6217Z 20,4 3/4 208-230V 60Hz 1~ CSIR 2221 2,27 2126 2,1855 999 1268 1581 1936 2336
16,7 220 31,0 F 520 450 POE 22 C/V DWG15 SM20 NT6217Z45 922 1173 1474 1827 2229 2680
NT6217Z 20,4 3/4 208-230V 60Hz 1~ CSR 2287 2,58 2157 2,4555 998 1267 1572 1935 2339
16,7 220 31,0 F 520 450 POE 22 C/V DWG15 SM23 NT6217Z45 921 1170 1474 1829 2228 2680
NT6220Z 22,4 1 115V 60Hz 1~ CSIR 2431 2,22 2361 2,3455 1169 1472 1810 2183 2592
17,0 220 54,5 F 520 450 POE 22 C/V DWG17 SM20 NT6220Z45 1060 1334 1660 2036 2463 2941
NT6220Z 22,4 1 115V 60Hz 1~ CSR 2466 2,48 2361 2,4755 1174 1476 1821 2196 2605
17,0 220 54,5 F 520 450 POE 22 C/V DWG17 SM21 NT6220Z45 1067 1339 1668 2047 2481 2959
NT6220Z 22,4 1 208-230V 60Hz 1~ CSIR 2447 2,27 2420 2,0955 1150 1450 1797 2198 2665
17,2 220 33,7 F 520 450 POE 22 C/V DWG16 SM20 NT6220Z45 1061 1357 1696 2088 2540 3060
NTU6222ZV 23,7 1 115V 60Hz 1~ CSR 2965 2,96 2882 2,8355 1322 1703 2138 2633 3185
18,3 250 70,0 F 520 650 POE 22 C/V DWG19 SM26 NTU6222ZV45 1206 1575 2002 2490 3041 3654
NTU6222ZV 23,7 1 208-230V 60Hz 1~ CSR 2944 3,04 2893 2,9155 1187 1628 2142 2678 3179
18,3 250 35,0 F 520 650 POE 22 C/V DWG19 SM26 NTU6222ZV45 1111 1517 2014 2550 3068 3516
NTU6224ZV 27,8 1 1/4 115V 60Hz 1~ CSR 3471 2,82 3355 2,7055 1590 2021 2508 3054 3664
18,1 250 78,0 F 520 650 POE 22 C/V DWG19 SM26 NTU6224ZV45 1458 1881 2359 2898 3499 4167
NTU6224ZV 27,8 1 1/4 208-230V 60Hz 1~ CSR 3391 2,87 3412 2,7055 1622 2050 2519 3011 3509
18,1 250 46,0 F 520 650 POE 22 C/V DWG19 SM26 NTU6224ZV45 1501 1907 2396 2951 3522 4186
NJ
NJ6220Z 26,1 1 208-230V 60Hz 1~ CSIR 2664 2,24 2391 2,0155 955 1292 1687 2138 2644
20,3 265 42,0 F 800 750 POE 22 C/V DWG14 SM14 NJ6220Z45 882 1226 1625 2077 2582 3138
NJ6220Z 26,1 1 115V 60Hz 1~ CSIR 2980 2,39 2674 2,1455 1000 1334 1699 2100 2541
19,8 265 72,0 F 800 750 POE 22 C/V DWG14 SM14 NJ6220Z45 886 1163 1506 1914 2387 2922
NJ6220ZX 26,1 1 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 2980 2,92 2674 2,6255 1169 1560 1989 2457 2962
19,6 265 10,0 F 800 750 POE 22 C/V DWG14 SM18 NJ6220ZX45 1036 1360 1763 2240 2793 3419
NJ6226Z 34,4 1 1/4 208-230V 60Hz 1~ CSR 3261 2,26 2927 2,0355 1268 1680 2149 2673 3254
19,9 253 40,0 F 800 750 POE 22 C/V DWG14 SM17 NJ6226Z45 1227 1621 2073 2583 3150 3772
NJ6226ZX 34,4 1 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 3482 2,51 3125 2,2555 1430 1870 2353 2881 3448
20,2 265 13,0 F 800 750 POE 22 C/V DWG14 SM18 NJ6226ZX45 1533 1930 2398 2934 3537 4207
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -35°c/40 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-40 -35 -30 -25 -20 -15 -10 kg mm a
4140
r404a / r507lbP 50Hz
notE: performance curves are calculated from ashrae actual curves.
EMT
EMT2117GK 4,50 1/4 220-240V 50Hz 1~ CSIR 244 1,35 141 1,0955 127 166 211 264 326
7,8 166 7,7 S - 180 POE 22 C/V DWG01 SM05 EMT2117GK45 91 125 164 210 265 330 408
EMT2121GK 5,20 1/3 220-240V 50Hz 1~ CSIR 300 1,4 174 1,1255 168 212 264 327 400
7,8 166 8,5 F 270 180 POE 22 C/V DWG01 SM05 EMT2121GK45 120 159 204 258 322 398 487
EMT2125GK 5,96 1/3 220-240V 50Hz 1~ CSIR 351 1,4 204 1,1555 190 242 303 375 458
7,8 166 9,8 F 520 180 POE 22 C/V DWG01 SM05 EMT2125GK45 140 185 238 301 373 462 562
EMT2130GK 6,76 1/2 220-240V 50Hz 1~ CSIR 390 1,34 222 1,0855 205 263 330 407 497
8 171 12,14 F 520 180 POE 22 C/V DWG01 SM05 EMT2130GK45 150 200 257 326 406 500 605
N
EK
NEK2125GK 6,20 1/3 220-240V 50Hz 1~ CSIR 341 1,22 178 0,955 169 221 283 354 434
10,4 187 12,4 F 520 350 POE 22 C/V DWG03 SM05 NEK2125GK45 120 160 213 278 354 439 534
NEK2130GK 7,40 1/2 220-240V 50Hz 1~ CSIR 399 1,32 210 0,9955 203 267 341 426 522
10,9 200 16 F 520 350 POE 22 C/V DWG03 SM05 NEK2130GK45 132 187 254 332 422 524 640
NEK2134GK 8,78 1/2 220-240V 50Hz 1~ CSIR 464 1,3 253 1,0055 239 313 401 501 611
11 200 16,1 F 520 350 POE 22 C/V DWG03 SM05 NEK2134GK45 170 227 302 394 501 621 753
NEK2134GK 8,78 1/2 100V 50/60Hz 1~ CSIR 448 1,19 235 0,8655 233 305 390 486 595
11,6 206 34 F 520 350 POE 22 C/V DWG04 SM03 NEK2134GK45 165 223 295 330 486 603 735
NEK2134GK 8,78 1/2 100V 50/60Hz 1~ CSR 452 1,28 237 0,9355 236 309 394 491,2 600
11,6 206 34 F 520 350 POE 22 C/V DWG04 SM03 NEK2134GK45 169 225 297 332 487 606,4 741
NEK2150GK 12,12 3/4 220-240V 50Hz 1~ CSIR 616 1,24 346 0,9855 326 419 529 657 807
11,6 206 19,5 F 520 350 POE 22 C/V DWG03 SM05 NEK2150GK45 235 313 408 522 657 814 995
NEK2150GK 12,12 1/2 100V 50/60Hz 1~ CSR 581 1,14 304 0,8055 299 395 509 640,1 788
11,6 206 44 F 520 350 POE 22 C/V DWG04 SM03 NEK2150GK45 212 286 381 429 634 791,3 969
NEK2168GK 14,30 3/4 220-240V 50Hz 1~ CSIR 688 1,13 360 0,9555 358 468 596 743 909
11,6 206 24 F 520 350 POE 22 C/V DWG03 SM05 NEK2168GK45 259 345 454 587 742 921 1123
NEK2168GK 14,30 3/4 220-240V 50Hz 1~ CSR 707 1,28 380 0,9755 371 484 618 771,2 944
11,6 206 24 F 520 350 POE 22 C/V DWG03 SM05 NEK2168GK45 263 353 466 605 767 954,7 1166
NEU2140GK 8,78 1/2 220-240V 50Hz 1~ CSIR 490 1,33 275 1,1355 260 339 432 536 654
10,6 200 13,5 F 520 350 POE 22 C/V DWG03 SM05 NEU2140GK45 183 246 326 421 531 658 801
NEU2155GK 12,12 3/4 220-240V 50Hz 1~ CSIR 658 1,32 368 1,0855 413 477 546 713 870
11,1 206 18 F 520 350 POE 22 C/V DWG03 SM05 NEU2155GK45 246 328 432 557 705 875 1067
NEU2168GK 14,30 3/4 220-240V 50Hz 1~ CSIR 744 1,27 416 1,0855 298 522 661 814 982
11,6 206 22 F 520 350 POE 22 C/V DWG03 SM05 NEU2168GK45 271 372 496 642 810 1000 1213
NEU2168GJ 14,30 3/4 220-240V 50Hz 1 Ph. CSR 790 1,49 437 1,2155 411 537 684 852 1042
11,6 206 22 F 520 350 POE 22 C/V DWG03 SM06 NEU2168GJ45 293 391 514 664 838 1038 1264
NEU2178GK 16,80 1 220-240V 50Hz 1 Ph. CSR 931 1,42 501 1,1455 468 605 765 947 1152
11,6 206 21 F 520 350 POE 22 C/V DWG03 SM06 NEU2178GK45 334 447 586 753 947 1168 1416
nEu
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
4342
r404a / r507lbP 50Hz
notE: performance curves are calculated from ashrae actual curves.
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -35°c/40 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-40 -35 -30 -25 -20 -15 -10 kg mm a
NT
NT2168GK 14,5 3/4 200-240V 50Hz / 230V 60Hz 1~ CSIR 642 1,28 354 1,0355 319 422 542 685 859
17 220 25 F 520 450 POE 22 C/V DWG16 SM19 NT2168GK45 206 310 423 549 698 875 1089
NT2168GK 14,5 3/4 200-240V 50Hz / 230V 60Hz 1~ CSR 642 1,28 354 1,0355 319 422 542 685 859
17 220 25 F 520 450 POE 22 C/V DWG16 SM23 NT2168GK45 206 310 423 549 698 875 1089
NT2168GS 14,5 3/4 200V 50-60Hz 3~ 3PHASE 652 1,32 341 1,0355 312 418 546 696 869
18,3 250 28 F 520 650 POE 22 C/V DWG17 SM27 NT2168GS45 214 300 410 544 704 890 1107
NT2178GK 17,4 3/4 220-240V 50Hz 1~ CSIR 782 1,3 416 0,9855 378 502 647 812 997
17 220 25 F 520 450 POE 22 C/V DWG16 SM19 NT2178GK45 273 373 502 659 844 1057 1297
NT2178GK 17,4 3/4 220-240V 50Hz 1~ CSR 802 1,42 420 0,9155 385 513 663 835 1030
17 220 25 F 520 450 POE 22 C/V DWG16 SM23 NT2178GK45 257 375 513 671 854 1062 1300
NT2178GK 17,4 3/4 200-240V 50Hz / 230V 60Hz 1~ CSIR 800 1,15 419 0,8955 399 516 651 806 983
17 220 26 F 520 450 POE 22 C/V DWG16 SM19 NT2178GK45 283 396 526 676 853 1056 1290
NT2178GK 17,4 3/4 200-240V 50Hz / 230V 60Hz 1~ CSR 854 1,47 447 1,1455 399 516 651 806 983
17 220 26 F 520 450 POE 22 C/V DWG16 SM23 NT2178GK45 283 396 526 676 853 1056 1290
NT2178GK 17,4 3/4 100V 50/60Hz 1~ CSR 812 1,3 425 0,9855 392 520 674 854 1063
17 220 25 F 520 450 POE 22 C/V DWG16 SM23 NT2178GK45 292 394 525 685 878 1105 1372
NT2180GK 20,4 1 220-240V 50Hz 1~ CSIR 935 1,25 490 0,9555 461 601 767 958 1176
17,4 234 35 F 520 450 POE 22 C/V DWG16 SM19 NT2180GK45 323 453 604 778 977 1203 1458
NT2180GK 20,4 1 220-240V 50Hz 1~ CSR 935 1,36 530 1,0555 483 640 814 1007 1224
17,4 234 35 F 520 450 POE 22 C/V DWG16 SM23 NT2180GK45 332 468 625 814 1034 1286 1573
NT2192GS 22,4 1 200V 50-60Hz 3~ 3PHASE 1049 1,35 549 1,0755 516 675 860 1072 1315
18,3 250 28 F 520 650 POE 22 C/V DWG17 SM27 NT2192GS45 364 504 673 872 1106 1378 1690
NT2192GK 22,4 1 220-240V 50Hz 1~ CSIR 1053 1,3 551 1,0355 518 675 860 1074 1321
17,5 234 35 F 520 450 POE 22 C/V DWG16 SM19 NT2192GK45 373 506 669 865 1100 1375 1693
NT2192GK 22,4 1 1/4 220-240V 50Hz 1~ CSR 1089 1,47 568 1,0655 522 681 867 1083 1330
17,5 234 35 F 520 450 POE 22 C/V DWG16 SM23 NT2192GK45 367 505 672 869 1100 1366 1669
NT2210GK 26,2 1 1/4 220-240V 50Hz 1~ CSR 1306 1,40 685 1,0655 640 839 1069 1331 1624
17,9 234 33 F 520 450 POE 22 C/V DWG17 SM26 NT2210GK45 431 597 804 1052 1340 1670 2041
NT2212GS 27,8 1 1/4 200V 50-60Hz 3~ 3PHASE 1317 1,33 690 1,0455 649 847 1085 1361 1682
18,3 250 36 F 520 650 POE 22 C/V DWG17 SM27 NT2212GS45 471 632 835 1082 1378 1727 2132
NT2212GK 27,8 1 1/4 220-240V 50Hz 1~ CSR 1373 1,37 719 1,0755 688 888 1127 1405 1728
18,3 250 33 F 520 650 POE 22 C/V DWG17 SM26 NT2212GK45 503 671 876 1125 1421 1770 2174
NJ
NJ2192GK/J 26,1 1 1/4 220-240V 50Hz 1~ CSR 1126 1,32 585 0,9755 530 722 938 1179 1444
20,4 265 26 F 800 750 POE 22 C/V DWG14 SM16 NJ2192GK45 348 509 705 936 1203 1505 1842
NJ2192GS 26,1 1 1/4 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 1128 1,23 591 0,8555 529 718 939 1198 1497
19,7 265 15 F 800 750 POE 22 C/V DWG14 SM18 NJ2192GS45 320 516 730 968 1235 1533 1868
NJ2212GS 34,4 1 1/2 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 1481 1,3 775 0,8755 668 935 1236 1577 1963
20,4 277 13,0 F 800 750 POE 22 C/V DWG14 SM18 NJ2212GS45 361 615 901 1228 1605 2039 2538
NJ2212GK/J 34,4 1 1/2 220-240V 50Hz 1~ CSR 1546 1,33 809 1,0655 727 978 1262 1578 1923
21,5 277 36,0 F 800 750 POE 22 C/V DWG14 SM16 NJ2212GK45 472 694 961 1276 1637 2041 2487
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c -10°c/45 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-20 -15 -10 -5 0 5 10 kg mm a
EMT
EMT6144GK 3,97 1/4 220-240V 50Hz 1~ CSIR 679 2,39 378 1,9055 303 370 448 535 634
7,8 166 7,7 F 270 180 POE 22 C/V DWG01 SM05 EMT6144GK45 246 307 377 458 551 656 773
EMT6152GK 4,50 1/4 220-240V 50Hz 1~ CSIR 758 2,3 424 1,8555 339 413 497 593 699
7,8 166 8,5 F 520 180 POE 22 C/V DWG01 SM05 EMT6152GK45 275 344 422 511 614 731 861
EMT6165GK 5,20 1/3 220-240V 50Hz 1~ CSIR 877 2,23 484 1,7655 384 471 570 682 808
7,8 166 10,4 F 520 180 POE 22 C/V DWG01 SM05 EMT6165GK45 315 392 482 586 706 840 989
NEK6165GK 6,20 1/3 220-240V 50Hz 1~ CSIR 966 2,05 542 1,6455 443 533 639 759 895
10,4 187 12,4 F 520 350 POE 22 C/V DWG03 SM05 NEK6165GK45 388 454 542 650 781 931 1103
NEK6181GK 7,28 1/3 220-240V 50Hz 1~ CSIR 1089 2,12 599 1,6655 483 587 711 853 1013
10,4 187 12,0 F 520 350 POE 22 C/V DWG03 SM05 NEK6181GK45 405 491 599 730 882 1057 1252
NEK6210GK 8,78 1/2 220-240V 50Hz 1~ CSIR 1304 2,07 724 1,6855 571 698 849 1021 1216
11,0 200 16,1 F 520 350 POE 22 C/V DWG03 SM05 NEK6210GK45 500 598 724 877 1058 1265 1499
NEK6210GK 8,78 1/2 100V 50/60 HZ 1~ CSIR 1340 1,98 733 1,4655 586 723 879 1054 1247
11,0 206 38,0 F 520 350 POE 22 C/V DWG03 SM05 NEK6210GK45 468 589 733 900 1091 1305 1540
NEK6213GK 12,12 1/2 220-240V 50Hz 1~ CSIR 1761 1,85 972 1,4655 788 958 1150 1366 1603
11,6 206 19,3 F 520 350 POE 22 C/V DWG03 SM05 NEK6213GK45 666 804 972 1171 1403 1666 1963
NEK6217GK 14,30 3/4 220-240V 50Hz 1~ CSR 2075 2,05 1166 1,6955 955 1157 1386 1638 1916
11,6 206 21,5 F 520 350 POE 22 C/V DWG03 SM06 NEK6217GK45 777 954 1166 1411 1690 2003 2347
NEU6212GK 8,78 1/2 220-240V 50Hz 1~ CSIR 1438 2,23 792 1,7455 643 788 952 1134 1336
11,0 200 19 F 520 350 POE 22 C/V DWG03 SM05 NEU6212GK45 505 638 793 970 1169 1390 1632
NEU6215GK 12,12 3/4 220-240V 50Hz 1~ CSIR 1862 1,92 1065 1,7155 884 1072 1281 1510 1762
11,5 206 22 F 520 350 POE 22 C/V DWG03 SM05 NEU6215GK45 717 889 1087 1313 1564 1843 2148
NEU6215GK 12,12 3/4 220-240V 50Hz 1~ CSR 1929 2,23 1089 1,8955 904 1098 1318 1566 1840
11,5 206 22 F 520 350 POE 22 C/V DWG03 SM06 NEU6215GK45 728 903 1108 1342 1605 1898 2221
NT/
NTU
NT6217GK 12,5 1/2 200-240V 50Hz / 230V 60Hz 1~ CSIR 1819 2,26 960 1,7655 732 914 1122 1357 1618
17,0 220 25 F 520 450 POE 22 C/V DWG16 SM19 NT6217GK45 602 764 960 1190 1453 1746 2068
NT6217GK 12,5 1/2 200-240V 50Hz / 230V 60Hz 1~ CSR 1820 2,26 891 1,7355 692 878 1095 1339 1381
16,9 220 25 F 520 450 POE 22 C/V DWG16 SM23 NT6217GK45 535 691 891 1130 1406 1713 2048
NT6220GK 14,5 3/4 200-240V 50Hz / 230V 60Hz 1~ CSIR 2119 2,21 1080 1,6755 853 1061 1307 1589 1907
17,0 220 29,5 F 520 450 POE 22 C/V DWG16 SM19 NT6220GK45 678 858 1080 1342 1645 1985 2362
NT6220GK 14,5 3/4 200-240V 50Hz / 230V 60Hz 1~ CSR 2206 2,37 1096 1,7555 861 1067 1305 1574 1876
17,2 220 29,5 F 520 450 POE 22 C/V DWG16 SM23 NT6220GK45 680 870 1096 1358 1657 1993 2365
NT6222GK 17,4 3/4 200-240V 50Hz / 230V 60Hz 1~ CSIR 2489 2,09 1322 1,7155 1025 1275 1557 1869 2210
17,0 220 37,0 F 520 450 POE 22 C/V DWG16 SM19 NT6222GK45 835 1057 1322 1631 1980 2369 2797
NT6222GK 17,4 3/4 200-240V 50Hz / 230V 60Hz 1~ CSR 2488 2,26 1307 1,7055 1040 1294 1583 1903 2247
17,0 220 37,0 F 520 450 POE 22 C/V DWG16 SM23 NT6222GK45 810 1032 1307 1629 1992 2388 2813
NT6222GK 17,4 3/4 220-240V 50Hz 1~ CSIR 2482 2,02 1287 1,5055 995 1233 1520 1850 2222
17,2 220 30,0 F 520 450 POE 22 C/V DWG16 SM19 NT6222GK45 839 1034 1287 1597 1960 2371 2830
NT6222GK 17,4 3/4 220-240V 50Hz 1~ CSR 2482 2,23 1332 1,6355 1038 1276 1551 1866 2226
17,2 220 30,0 F 520 450 POE 22 C/V DWG16 SM23 NT6222GK45 846 1071 1332 1635 1981 2372 2811
NT6224GK 20,4 1 220-240V 50HZ 1~ CSIR 3023 2,23 1573 1,5955 1244 1540 1879 2258 2678
17,2 220 29,0 F 520 450 POE 22 C/V DWG17 SM22 NT6224GK 45 996 1261 1573 1933 2339 2787 3278
NT6224GK 20,4 1 220-240V 50HZ 1~ CSR 3023 2,38 1573 1,6955 1244 1540 1879 2258 2678
17,2 220 29,0 F 520 450 POE 22 C/V DWG17 SM21 NT6224GK45 996 1261 1573 1933 2339 2787 3278
NT6226GK 22,4 1 220-240V 50Hz 1~ CSIR 3221 2,09 1717 1,6555 1369 1674 2030 2434 2887
17,5 234 38,0 F 520 450 POE 22 C/V DWG17 SM22 NT6226GK45 1105 1383 1717 2108 2557 3057 3614
NT6226GK 22,4 1 220-240V 50Hz 1~ CSR 3355 2,44 1752 1,7955 1412 1724 2091 2518 3014
17,5 234 38,0 F 520 450 POE 22 C/V DWG17 SM21 NT6226GK45 1137 1420 1753 2143 2597 3122 3724
NTU6232GKV 20,4 1 220-240V 50HZ 1~ CSR 3297 2,86 1757 1,9955 1405 1704 2046 2445 2914
18,4 253 37,5 F 520 650 POE 22 C/V DWG19 SM26 NTU6232GKV45 1148 1433 1754 2126 2561 3075 3681
NTU6234GKV 23,7 1 1/4 220-240V 50HZ 1~ CSR 3851 2,82 2091 2,0255 1655 2022 2425 2847 3269
18,4 253 37,5 F 520 650 POE 22 C/V DWG19 SM26 NTU6234GKV45 1389 1702 2089 2533 3014 3517 4023
NTU6238GKV 26,2 1 1/2 220-240V 50HZ 1~ CSR 4212 2,74 2288 2,0255 1826 2233 2691 3186 3706
18,4 253 37,5 F 520 650 POE 22 C/V DWG19 SM26 NTU6238GKV45 1523 1854 2282 2794 3376 4016 4700
NTU6240GKV 27,8 1 1/2 220-240V 50HZ 1~ CSR 4443 2,68 2426 2,0155 1940 2358 2837 3372 3959
18,4 2 37,5 F 520 650 POE 22 C/V DWG19 SM26 NTU6240GKV45 1622 1978 2425 2957 3570 4258 5017
nEK
nEu
4544
r404a / r507mbP 50Hz
notE: performance curves are calculated from ashrae actual curves.
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c -10°c/45 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-20 -15 -10 -5 -0 5 10 kg mm a
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -23,3 °c/48,9 ºcEXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-40 -35 -30 -25 -20 -15 -10 kg mm a
4746
r404a / r507
r404a / r507
m/HbP 50 Hz
lbP 60Hz
notE: performance curves are calculated from ashrae actual curves.
notE: performance curves are calculated from ashrae actual curves.
NJ
NJ9226GK 21,7 1 230V 50Hz 1~ CSR 3241 2,34 1648 1,7055 1255 1581 1944 2340 2766
20,7 265 27,5 F 800 750 POE 22 C/V DWG14 SM17 NJ9226GK45 982 1285 1648 2066 2536 3055 3618
NJ9226GS 21,7 1 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 3248 2,5 1667 1,7955 1278 1609 1980 2389 2838
19,0 265 10,0 F 800 750 POE 22 C/V DWG14 SM18 NJ9226GS45 989 1301 1667 2086 2560 3087 3668
NJ9232GK 26,1 1 1/2 220-240V 50Hz 1~ CSR 4030 2,56 1911 1,6355 1414 1817 2271 2771 3315
21,6 277 43,0 F 800 750 POE 22 C/V DWG14 SM17 NJ9232GK45 1093 1470 1911 2413 2973 3588 4255
NJ9232GS 26,1 1 1/2 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 4030 2,5 1972 1,8055 1513 1911 2357 2853 3396
20,4 277 13,0 F 800 750 POE 22 C/V DWG14 SM18 NJ9232GS45 1166 1535 1972 2476 3047 3684 4388
NJ9238GK 32,7 1 1/2 230V 50Hz 1~ CSR 4620 2,09 2424 1,5955 1895 2323 2804 3347 3958
22,1 277 43,0 F 800 750 POE 22 C/V DWG14 SM17 NJ9238GK45 1507 1939 2424 2970 3583 4272 5044
NJ9238GS 32,7 1 1/2 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 4839 2,55 2506 1,9055 1883 2345 2863 3435 4062
21,7 277 22,0 F 800 750 POE 22 C/V DWG14 SM18 NJ9238GS45 1514 1979 2506 3091 3735 4441 5207
NEk
NEk2117Gk 4,52 1/4 115V 60Hz 1~ CSIR 287 1,19 211 0,8955 119 154 195 243 296
10,4 187 28,5 F 520 350 POE 22 C/V DWG04 SM04 NEk2117Gk45 92 117 151 197 251 312 379
NEk2121Gk 5,45 1/3 115V 60Hz 1~ CSIR 355 1,24 261 0,9255 149 191 240 296 359
10,4 187 26,5 F 520 350 POE 22 C/V DWG04 SM04 NEk2121Gk45 118 151 193 245 306 376 454
NEk2125Gk 6,20 1/3 115V 60Hz 1~ CSIR 427 1,32 314 0,9955 183 231 287 350 420
10,4 187 26,5 F 520 350 POE 22 C/V DWG04 SM04 NEk2125Gk45 141 179 228 288 359 440 530
NEk2134Gk 8,78 1/2 100V 50/60Hz 1~ CSIR 529 1,24 387 0,9355 218 284 357 448 544
11,5 206 34 F 520 350 POE 22 C/V DWG04 SM04 NEk2134Gk45 161 224 292 382 482 589 706
NEk2134Gk 8,78 1/2 100V 50/60Hz 1~ CSR 533 1,33 391 1,0055 219 286 362 447 539
11,5 206 34 F 520 350 POE 22 C/V DWG04 SM04 NEk2134Gk45 171 222 291 369 469 582 697
NEk2134Gk 8,78 1/2 208-230V 60Hz 1~ CSIR 544 1,30 400 0,9755 223 290 368 457 554
11,6 206 20,0 F 520 350 POE 22 C/V DWG04 SM04 NEk2134Gk45 164 220 290 375 472 583 707
NEk2134Gk 8,78 1/2 115V 60Hz 1~ CSIR 571 1,32 420 0,9955 236 307 387 476 573
11,0 200 37,5 F 520 350 POE 22 C/V DWG04 SM04 NEk2134Gk45 173 231 303 387 485 594 714
NEk2150Gk 12,12 1/2 208-230V 60Hz 1~ CSIR 692 1,18 509 0,8955 288 371 468 580 706
11,6 206 20,0 F 520 350 POE 22 C/V DWG04 SM04 NEk2150Gk45 235 297 379 481 603 744 902
NEk2150Gk 12,12 1/2 100V 50/60Hz 1~ CSR 696 1,31 512 0,9855 285 372 472 586 711
11,6 206 20,0 F 520 350 POE 22 C/V DWG04 SM04 NEk2150Gk45 213 283 374 482 607 747 901
NEk2150Gk 12,12 1/2 115V 60Hz 1~ CSIR 717 1,22 527 0,9255 298 385 486 599 725
11,6 206 41,5 F 520 350 POE 22 C/V DWG04 SM04 NEk2150Gk45 231 300 389 496 622 766 927
NEk2150Gk 12,12 1/2 115V 60Hz 1~ CSR 731 1,34 536 1,0155 325 423 538 669 818
11,6 206 41,5 F 520 350 POE 22 C/V DWG04 SM06 NEk2150Gk45 250 324 421 541 683 848 1036
NEk2168Gk 14,30 3/4 115V 60Hz 1~ CSR 833 1,34 577 0,9555 334 443 569 714 875
11,6 206 46,0 F 520 350 POE 22 C/V DWG04 SM06 NEk2168Gk45 244 336 449 585 741 920 1119
NEk2168Gk 14,30 3/4 208-230V 60Hz 1~ CSR 816 1,29 584 0,9455 343 456 589 740 911
11,6 206 27,0 F 520 350 POE 22 C/V DWG04 SM06 NEk2168Gk45 244 333 448 588 753 943 1159
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -23,3°c/48,9 ºcEXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-40 -35 -30 -25 -20 -15 -10 kg mm a
4948
r404a / r507lbP 60Hz
notE: performance curves are calculated from ashrae actual curves.
NT
NT2168GK(V) 14,5 3/4 115V 60Hz 1~ CSIR 770 1,21 566 0,9055 307 410 528 660 805
17,0 220 54,5 F 520 450 POE 22 C/V DWG17 SM22 NT2168GK(V)45 205 302 421 561 719 895 1085
NT2168GS 14,5 3/4 200V 50/60Hz 3~ 3PHASE 786 1,37 578 0,9755 290 411 557 710 867
18,2 250 28,5 F 520 650 POE 22 C/V DWG17 SM27 NT2168GS45 145 259 397 542 714 914 1139
NT2168GK(V) 14,5 3/4 208-230V 60Hz 1~ CSIR 789 1,27 580 0,9455 300 420 545 685 838
16,7 220 29,0 F 520 450 POE 22 C/V DWG16 SM20 NT2168GK(V)45 215 309 425 563 722 901 1100
NT2168GK(V) 14,5 3/4 115V 60Hz 1~ CSR 830 1,41 610 1,0355 331 455 599 765 954
17,0 220 54,5 F 520 450 POE 22 C/V DWG17 SM21 NT2168GK(V)45 231 340 470 622 799 1003 1234
NT2168GK(V) 14,5 3/4 208-230V 60Hz 1~ CSR 838 1,42 616 1,0355 305 426 572 746 945
16,7 220 29,0 F 520 450 POE 22 C/V DWG16 SM23 NT2168GK(V)45 219 323 455 614 801 1015 1257
NT2178GK(V) 17,4 1 100V 50/60Hz 1~ CSR 1002 1,38 583 0,8255 378 510 666 848 1055
17,1 220 66,0 F 520 450 POE 22 C/V DWG17 SM21 NT2178GK(V)45 280 393 535 703 899 1121 1366
NT2178GK(V) 17,4 1 115V 60Hz 1~ CSIR 1002 1,21 734 0,9255 403 535 686 853 1034
17,0 220 66,0 F 520 450 POE 22 C/V DWG17 SM22 NT2178GK(V)45 285 401 546 719 916 1135 1376
NT2178GK(V) 17,4 1 208-230V 60Hz 1~ CSIR 1021 1,28 751 0,9755 410 546 704 881 1077
17,0 220 35,5 F 520 450 POE 22 C/V DWG16 SM23 NT2178GK(V)45 282 404 553 727 927 1151 1399
NT2178GK(V) 17,4 1 115V 60Hz 1~ CSR 1050 1,41 772 1,0555 422 562 722 901 1098
17,0 220 66,0 F 520 450 POE 22 C/V DWG17 SM21 NT2178GK(V)45 288 415 566 744 945 1169 1415
NT2178GK(V) 17,4 1 208-230V 60Hz 1~ CSR 1070 1,35 790 1,0355 418 563 735 935 1166
17,0 220 35,5 F 520 450 POE 22 C/V DWG16 SM20 NT2178GK(V)45 285 415 572 758 975 1225 1509
NT2180GK(V) 20,4 1 115V 60Hz 1~ CSIR 1120 1,18 823 0,8855 410 530 720 920 1140
17,5 220 66,0 F 520 450 POE 22 C/V DWG17 SM22 NT2180GK(V)45 280 408 760 738 955 1192 1462
NT2180GK(V) 20,4 1 208-230V 60Hz 1~ CSR 1161 1,32 854 0,9955 456 610 782 973 1184
17,5 234 40,0 F 520 450 POE 22 C/V DWG16 SM23 NT2180GK(V)45 296 440 610 809 1038 1298 1590
NT2180GK(V) 20,4 1 115V 60Hz 1~ CSR 1173 1,38 879 1,0255 418 563 735 935 1166
17,5 220 66,0 F 520 450 POE 22 C/V DWG17 SM21 NT2180GK(V)45 285 415 572 758 975 1225 1509
NT2192GS 22,4 1 200V 50/60Hz 3~ 3PHASE 1220 1,29 897 0,9955 492 655 844 1060 1297
18,0 250 28,5 F 520 650 POE 22 C/V DWG17 SM27 NT2192GS45 347 487 660 867 1104 1372 1668
NT2192GK(V) 22,4 1 1/4 115V 60Hz 1~ CSIR 1230 1,19 904 0,9755 515 663 822 993 1173
17,5 234 56,0 F 520 450 POE 22 C/V DWG17 SM22 NT2192GK(V)45 366 498 667 873 1113 1387 1693
NT2192GK(V) 22,4 1 208-230V 60Hz 1~ CSR 1262 1,43 928 1,0555 507 667 850 1052 1270
18,0 234 40,0 F 520 450 POE 22 C/V DWG16 SM23 NT2192GK(V)45 363 496 665 868 1103 1371 1666
NT2192GK(V) 22,4 1 1/4 115V 60Hz 1~ CSR 1283 1,41 943 1,0255 541 710 917 1160 1438
17,5 234 56,0 F 520 450 POE 22 C/V DWG17 SM21 NT2192GK(V)45 385 535 727 960 1233 1543 1890
NT2212GS 27,8 1 1/4 200V 50/60Hz 3~ 3PHASE 1571 1,31 1155 0,9855 622 822 1049 1304 1583
18,0 250 36,0 F 520 650 POE 22 C/V DWG17 SM27 NT2212GS45 411 607 833 1090 1375 1687 2025
NT2212GKV 27,8 1 1/2 115V 60Hz 1~ CSR 1609 1,37 1183 1,0055 692 922 1179 1471 1805
18,3 250 93,0 F 520 650 POE 22 C/V DWG17 SM26 NT2212GKV45 462 681 925 1202 1518 1881 2299
NT2212GK(V) 27,8 1 1/2 208-230V 60Hz 1~ CSR 1673 1,42 1230 1,0355 723 959 1233 1545 1894
18,3 250 45,0 F 520 650 POE 22 C/V DWG17 SM26 NT2212GK(V)45 482 693 949 1249 1592 1980 2412
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c -6,7°c/48,9 ºcEXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-20 -15 -10 -5 0 5 10 kg mm a
5150
r404a / r507
r404a / r507
lbP 60Hz
mbP 60Hz
notE: performance curves are calculated from ashrae actual curves.
notE: performance curves are calculated from ashrae actual curves.
NJ
NJ2192GK 26,1 1 1/4 115V 60Hz 1~ CSR 1316 1,30 968 0,9655 444 600 783 993 1234
21,7 277 98,0 F 800 750 POE 22 C/V DWG14 SM16 NJ2192GK45 270 440 624 827 1052 1303 1582
NJ2192GK 26,1 1 1/4 208-230V 60Hz 1~ CSR 1319 1,30 970 0,9655 405 589 791 1010 1245
21,8 277 40,0 F 800 750 POE 22 C/V DWG14 SM16 NJ2192GK45 203 390 594 814 1052 1309 1586
NJ2192GS 26,1 1 1/4 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 1319 1,24 970 0,9055 444 601 782 993 1232
19,7 265 13,0 F 800 750 POE 22 C/V DWG14 SM18 NJ2192GS45 270 440 624 827 1052 1303 1582
NJ2212GK 34,4 1 1/2 115V 60Hz 1~ CSR 1595 1,22 1173 0,9055 594 834 1097 1386 1699
21,5 277 86,5 F 800 750 POE 22 C/V DWG14 SM16 NJ2212GK45 359 569 819 1109 1441 1819 2241
NJ2212GK 34,4 1 1/2 208-230V 60Hz 1~ CSR 1609 1,25 1183 0,9155 613 857 1125 1414 1725
21,4 277 54,0 F 800 750 POE 22 C/V DWG14 SM16 NJ2212GJ45 418 605 845 1138 1483 1877 2317
NJ2212GS 34,4 1 1/2 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 1732 1,30 1273 0,9655 561 783 1030 1306 1616
20,4 277 13,0 F 800 750 POE 22 C/V DWG14 SM18 NJ2212GS45 303 524 771 1050 1368 1733 2149
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -23,3°c/48,9 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-40 -35 -30 -25 -20 -15 -10 kg mm a
NEk
NEk6144Gk 4,52 1/4 208-230V 60Hz 1~ CSIR 800 2,06 592 2,0055 316 384 464 555 661
10,4 187,0 26,5 F 520 350 POE 22 C/V DWG04 SM04 NEk6144Gk45 250 316 391 476 573 683 807
NEk6144Gk 4,52 1/4 115V 60Hz 1~ CSIR 842 2,14 400 1,2855 291 358 435 519 613
10,0 187,0 26,0 F 520 350 POE 22 C/V DWG04 SM04 NEk6144Gk45 238 303 379 467 567 679 802
NEk6152Gk 5,45 1/3 115V 60Hz 1~ CSIR 1018 2,09 481 1,2255 362 441 530 630 741
10,2 187,0 26,0 F 520 350 POE 22 C/V DWG04 SM04 NEk6152Gk45 302 375 462 563 678 808 951
NEk6165Gk 6,20 1/3 115V 60Hz 1~ CSIR 1150 1,97 850 1,9155 463 558 667 790 928
10,4 187,0 26,5 F 520 350 POE 22 C/V DWG04 SM04 NEk6165Gk45 380 458 555 671 806 958 1130
NEk6181Gk 7,28 1/3 115V 60Hz 1~ CSIR 1247 2,01 922 1,9755 511 611 726 856 1006
10,4 187,0 26,5 F 520 350 POE 22 C/V DWG04 SM04 NEk6181Gk45 418 504 611 738 888 1062 1265
NEk6181Gk 7,28 1/3 115V 60Hz 1~ CSR 1321 2,33 977 2,2455 509 624 756 902 1060
10,4 187,0 26,5 F 520 350 POE 22 C/V DWG04 SM06 NEk6181Gk45 419 513 633 774 933 1106 1292
NEk6181Gk 7,28 1/3 208-230V 60Hz 1~ CSIR 1290 2,07 954 2,0455 506 612 740 886 1048
10,4 187,0 17,5 F 520 350 POE 22 C/V DWG04 SM04 NEk6181Gk45 432 508 616 752 913 1095 1295
NEk6210Gk 8,78 1/2 100V 60Hz 1~ CSIR 1583 2,07 1170 2,0355 618 753 905 1074 1256
11,0 206,0 38,0 F 520 350 POE 22 C/V DWG04 SM06 NEk6210Gk45 499 623 770 939 1130 1343 1573
NEk6210Gk 8,78 1/2 115V 60Hz 1~ CSIR 1569 2,07 1160 2,0455 621 749 901 1075 1272
11,0 200,0 38,0 F 520 350 POE 22 C/V DWG04 SM04 NEk6210Gk45 511 620 756 918 1105 1317 1555
NEk6210Gk 8,78 1/2 208-230V 60Hz 1~ CSIR 1540 2,10 1139 2,0555 597 728 878 1048 1239
11,5 206,0 23,0 F 520 350 POE 22 C/V DWG04 SM04 NEk6210Gk45 490 606 745 906 1089 1292 1520
NEk6210Gk 8,78 1/2 115V 60Hz 1~ CSR 1612 2,30 1192 2,2355 615 757 920 1104 1310
11,0 200,0 38,0 F 520 350 POE 22 C/V DWG04 SM06 NEk6210Gk45 493 618 766 937 1131 1347 1587
NEk6213Gk 12,12 1/2 115V 60Hz 1~ CSIR 1952 1,70 1444 1,6955 799 965 1148 1348 1568
11,6 206,0 51,0 F 520 350 POE 22 C/V DWG04 SM04 NEk6213Gk45 634 786 963 1166 1393 1421 1921
NEk6213Gk 12,12 1/2 115V 60Hz 1~ CSR 2066 1,96 1528 1,9255 819 994 1196 1221 1671
11,6 206,0 51,0 F 520 350 POE 22 C/V DWG04 SM06 NEk6213Gk45 647 804 990 1204 1445 1713 2008
NEk6213Gk 12,12 1/2 208-230V 60Hz 1~ CSIR 2035 1,84 1505 1,8655 815 987 1180 1390 1621
11,9 206,0 30,0 F 520 350 POE 22 C/V DWG04 SM04 NEk6213Gk45 654 813 998 1207 1438 1693 1971
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c -6,7°c/48,9 ºcEXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-20 -15 -10 -5 0 5 10 kg mm a
5352
r404a / r507mbP 60Hz
notE: performance curves are calculated from ashrae actual curves.
NT/
NTu
NT6217GK(V) 12,6 3/4 208-230V 60Hz 1~ CSIR 2148 2,13 1070 1,2555 791 965 1161 1378 1616
17,0 220,0 27,0 F 520 450 POE 22 C/V DWG16 SM20 NT6217GK(V)45 655 819 1015 1244 1505 1799 2126
NT6217GK(V) 12,6 3/4 208-230V 60Hz 1~ CSR 2238 2,60 1115 1,5355 846 1041 1260 1503 1769
16,7 220,0 27,0 F 520 450 POE 22 C/V DWG16 SM23 NT6217GK(V)45 677 851 1060 1304 1582 1896 2244
NT6217GK(V) 12,6 3/4 115V 60Hz 1~ CSIR 2163 2,20 1030 1,2655 773 949 1153 1384 1641
17,0 220,0 50,0 F 520 450 POE 22 C/V DWG16 SM20 NT6217GK(V)45 726 819 974 1192 1471 1813 2216
NT6217GK(V) 12,6 3/4 115V 60Hz 1~ CSR 2251 2,68 1072 1,5455 774 992 1256 1567 1924
16,7 220,0 50,0 F 520 450 POE 22 C/V DWG16 SM23 NT6217GK(V)45 656 811 1017 1273 1581 1938 2347
NT6220GKV 14,5 3/4 115V 60Hz 1~ CSIR 2480 2,14 1240 1,3955 943 1170 1423 1698 1997
17,0 220,0 54,5 F 520 450 POE 22 C/V DWG17 SM22 NT6220GKV45 739 943 1187 1468 1782 2128 2505
NT6220GKV 14,5 3/4 208-230V 60Hz 1~ CSIR 2423 2,00 1247 1,3855 955 1165 1400 1663 1957
16,9 220,0 26,5 F 520 450 POE 22 C/V DWG16 SM20 NT6220GKV45 769 962 1187 1447 1742 2075 2449
NT6220GKV 14,5 3/4 115V 60Hz 1~ CSR 2490 2,34 1250 1,5255 918 1138 1383 1653 1949
16,7 220,0 54,5 F 520 450 POE 22 C/V DWG17 SM21 NT6220GKV45 752 966 1208 1477 1773 2097 2448
NT6220GKV 14,5 3/4 208-230V 60Hz 1~ CSR 2566 2,36 1283 1,5755 936 1186 1482 1825 2214
16,9 220,0 26,5 F 520 450 POE 22 C/V DWG16 SM23 NT6220GKV45 757 950 1203 1516 1889 2323 2818
NT6222GK(V) 17,4 1 208-230V 60Hz 1~ CSIR 2928 1,88 1475 1,1455 1166 1425 1708 2012 2331
17,2 220,0 33,7 F 520 450 POE 22 C/V DWG16 SM20 NT6222GK(V)45 952 1185 1462 1779 2129 2506 2905
NT6222GK(V) 17,4 1 208-230V 60Hz 1~ CSR 3051 2,30 1537 1,4055 1185 1459 1766 2100 2459
17,2 220,0 33,7 F 520 450 POE 22 C/V DWG16 SM23 NT6222GK(V)45 975 1231 1532 1873 2253 2665 3108
NT6222GK(V) 17,4 1 115V 60Hz 1~ CSIR 3040 2,13 1565 1,3455 1190 1455 1755 2090 2461
17,0 220,0 70,0 F 520 450 POE 22 C/V DWG17 SM22 NT6222GK(V)45 985 1207 1478 1796 2160 2570 3027
NT6222GK(V) 17,4 1 115V 60Hz 1~ CSR 3040 2,39 1569 1,5855 1276 1570 1899 2263 2661
17,0 220,0 70,0 F 520 450 POE 22 C/V DWG17 SM21 NT6222GK(V)45 988 1273 1598 1964 2370 2816 3303
NT6224GKV 20,4 1 208-230V 60Hz 1~ CSR 3512 2,25 1808 1,5555 1392 1690 2023 2392 2804
16,8 220,0 36,0 F 520 450 POE 22 C/V DWG16 SM23 NT6224GKV45 1134 1409 1724 2083 2488 2940 3447
NT6224GKV 20,4 1 115V 60Hz 1~ CSR 3612 2,30 1859 1,5555 1399 1714 2068 2460 2893
16,9 234,0 77,0 F 520 450 POE 22 C/V DWG16 SM23 NT6224GKV45 1144 1419 1744 2120 2543 3014 3533
NT6226GK(V) 22,4 1 115V 60Hz 1~ CSR 3884 2,12 1942 1,4155 1468 1811 2218 2688 3221
17,5 234,0 77,0 F 520 450 POE 22 C/V DWG17 SM26 NT6226GK(V)45 1244 1512 1858 2281 2782 3361 4019
NT6226GK(V) 22,4 1 208-230V 60Hz 1~ CSIR 3689 1,77 1985 1,3555 1438 1752 2107 2503 2939
18,0 234,0 43,0 F 520 450 POE 22 C/V DWG17 SM21 NT6226GK(V)45 1209 1500 1837 2220 2650 3127 3649
NT6226GK(V) 22,4 1 208-230V 60Hz 1~ CSR 3734 1,93 2009 1,4855 1493 1822 2189 2595 3039
17,5 234,0 43,0 F 520 450 POE 22 C/V DWG17 SM22 NT6226GK(V)45 1220 1529 1886 2292 2745 3246 3796
NTu6232GSV 20,4 1 200-230V 60Hz 3~ 3PHASE 3966 2,77 2035 1,7655 1504 1846 2231 2645 3100
18,4 250,0 36,0 F 520 650 POE 22 C/V DWG19 SM27 NTu6232GSV45 1264 1595 1966 2387 2863 3407 3950
NTu6232GKV 20,4 1 115V 60Hz 1~ CSR 4060 2,77 2090 1,7655 1298 1612 1959 2339 2751
18,1 250,0 93,0 F 520 650 POE 22 C/V DWG19 SM26 NTu6232GKV45 1261 1604 1989 2415 2884 3394 3947
NTu6232GKV 20,4 1 208-230V 60Hz 1~ CSR 4032 2,84 2101 1,7355 1561 1907 2278 2670 3090
18,1 250,0 46,0 F 520 650 POE 22 C/V DWG19 SM26 NTu6232GKV45 1232 1589 1998 2439 2906 3420 3970
NTu6234GSV 23,7 1 1/4 200-230V 60Hz 3~ 3PHASE 4524 2,68 2378 1,7755 1766 2156 2588 3060 3570
18,3 250,0 36,0 F 520 650 POE 22 C/V DWG19 SM27 NTu6234GSV45 1492 1875 2306 2789 3326 3910 4530
NTu6234GKV 23,7 1 1/4 115V 60Hz 1~ CSR 4635 2,71 2419 1,7655 1772 2165 2613 3122 3698
18,4 250,0 81,0 F 520 650 POE 22 C/V DWG19 SM26 NTu6234GKV45 1506 1885 2320 2814 3376 4019 4768
NTu6234GKV 23,7 1 1/4 208-230V 60Hz 1~ CSR 4688 2,77 2477 1,7355 2237 2685 3175 3705 4290
18,1 250,0 46,0 F 520 650 POE 22 C/V DWG19 SM26 NTu6234GKV45 1945 2400 2905 3459 4065 4720 5420
NTu6238GSV 26,2 1 1/2 200-230V 60Hz 3~ 3PHASE 4952 2,56 2635 1,7355 1978 2395 2846 3340 3880
18,3 250,0 36,0 F 520 650 POE 22 C/V DWG19 SM27 NTu6238GSV45 1671 2092 2561 3078 3640 4250 4905
NTu6238GKV 26,2 1 1/2 208-230V 60Hz 1~ CSR 5154 2,70 2748 1,7455 1976 2408 2948 3510 4140
18,3 250,0 51,0 F 520 650 POE 22 C/V DWG19 SM26 NTu6238GKV45 1726 2167 2626 3150 3788 4450 5195
NTu6240GKV 27,8 1 1/2 208-230V 60Hz 1~ CSR 5368 2,60 2860 1,7155 2065 2485 3035 3590 4210
18,3 250,0 51,0 F 520 650 POE 22 C/V DWG19 SM26 NTu6240GKV45 1783 2237 2699 3240 3933 4650 5450
NTu6240GSV 27,8 1 1/2 200-230V 60Hz 3~ 3PHASE 5292 2,54 2779 1,6955 2079 2519 3009 3540 4110
18,3 250,0 40,0 F 520 650 POE 22 C/V DWG19 SM27 NTu6240GSV45 1763 2202 2694 3246 3861 4530 5250
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c -6,7°c/48,9 ºcEXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-20 -15 -10 -5 0 5 10 kg mm a
NJ
NJ9226GK 21,7 1 208-230V 60Hz 1~ CSR 3708 2,20 2742 2,1955 1364 1718 2110 2542 3013
20,7 265,0 34,0 F 800 750 POE 22 C/V DWG14 SM17 NJ9226GK45 1088 1391 1754 2176 2655 3189 3780
NJ9226GS 21,7 1 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 3801 2,50 2811 2,3855 1236 1554 1911 2307 2743
19 265,0 10,0 F 800 750 POE 22 C/V DWG14 SM18 NJ9226GS45 947 1223 1556 1942 2382 2873 3419
NJ9232GK 26,1 1 1/4 208-230V 60Hz 1~ CSR 4704 2,40 3479 2,3655 1695 2137 2636 3190 3802
21,5 277,0 40,0 F 800 750 POE 22 C/V DWG14 SM17 NJ9232GK45 1293 1672 2131 2669 3284 3971 4737
NJ9232GS 26,1 1 1/4 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 4716 2,50 3488 2,4755 1464 1845 2276 2754 3282
20,4 277,0 13,0 F 800 750 POE 22 C/V DWG14 SM18 NJ9232GS45 1116 1444 1840 2305 2835 3429 4090
NJ9238GK 32,7 1 1/2 230V 60Hz 1~ CSR 5184 2,04 3834 2,0455 2036 2505 3006 3536 4102
22,1 277,0 59,0 F 800 750 POE 22 C/V DWG14 SM17 NJ9238GK45 1601 2053 2564 3133 3757 4434 5169
NJ9238GS 32,7 1 1/2 380-420V 50Hz / 440-480V 60Hz 3~ 3PHASE 5661 2,55 4186 2,5155 2131 2649 3233 3880 4595
21,7 277,0 22,0 F 800 750 POE 22 C/V DWG14 SM18 NJ9238GS45 1695 2178 2735 3365 4067 4836 5679
5554
r404a / r507m/HbP 60 Hz
notE: performance curves are calculated from ashrae actual curves.
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -35°c/40 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-40 -35 -30 -25 -20 -15 -10 kg mm a
5756
r290lbP 50Hz
notE: performance curves are calculated from ashrae actual curves.
EMT/
EMTE
EMT1117U 4,50 1/5 220-240V / 50Hz RSCR 208 1,47 123 1,1855 120 155 195 242 296
7,8 166 7,1 S - 180 POE 22 C DWG01 SM01 EMT1117U45 85 112 145 184 230 283 345
EMT2117U 4,50 1/5 220-240V 50Hz 1~ CSIR 184 1,37 123 1,1355 120 155 195 242 296
7,8 166 7,7 S - 180 POE 22 C DWG01 SM05 EMT2117U45 84 112 145 184 230 283 345
EMT2121U 5,57 1/4 220-240V 50Hz 1~ CSIR 265 1,46 159 1,2355 156 200 252 311 379
7,8 166 7,7 S - 180 POE 22 C DWG01 SM05 EMT2121U45 110 145 188 238 297 364 440
EMT1121U 5,57 1/4 220-240V 50Hz 1~ RSCR 270 1,55 159 1,2455 156 200 252 312 379
7,8 166 7,7 S - 180 POE 22 C DWG01 SM00 EMT1121U45 110 145 188 238 298 364 440
EMT2125U 5,96 1/3 220-240V 50Hz 1~ CSIR 301 1,47 177 1,2055 176 225 282 348 422
7,8 166 9,8 F 520 180 POE 22 C/V DWG01 SM05 EMT2125U45 124 162 209 265 330 403 486
EMT1125U 5,96 1/3 220-240V 50Hz 1~ RSCR 301 1,53 177 1,2455 176 225 282 348 422
7,8 166 9,8 S - 180 POE 22 C DWG01 SM00 EMT1125U45 124 162 209 265 330 403 486
EMT2130U 6,76 1/3 220-240V 50Hz 1~ CSIR 340 1,42 196 1,1255 196 251 315 389 472
8 166 12,4 F 520 180 POE 22 C/V DWG01 SM05 EMT2130U45 137 180 233 295 367 450 543
EMT1130U 6,76 1/3+ 220-240V / 50Hz RSCR 340 1,51 198 1,255 196 252 315 390 472
8 171 12,4 F 520 180 POE 22 C DWG01 SM01 EMT1130U45 138 180 233 295 368 450 542
EMTE2134U 9,50 1/3 220-240V / 50Hz CSIR 437 1,44 266 1,2855 331 425 533 635 752
8,6 171 14,9 F 520 210 POE 22 C/V DWG01 SM05 EMT2134U45 182 251 320 405 507 595 703
NEK2125U 7,28 1/3 220-240V 50Hz 1~ CSIR 317 1,31 199 1,1155 187 237 299 374 462
10,4 187 12,4 F 520 350 POE 22 C/V DWG03 SM05 NEK2125U45 154 182 224 281 353 439 540
NEK2134U 10,00 1/2 220-240V 50Hz 1~ CSIR 449 1,36 271 1,2155 269 338 423 523 639
11 200 13,1 F 520 350 POE 22 C/V DWG03 SM05 NEK2134U45 208 252 315 395 494 611 746
NEK1150U 13,54 1/2 220-240V 50Hz 1~ RSIR 571 1,22 333 0,9955 337 429 538 661 801
11,6 206 24,3 F 520 350 POE 22 C DWG03 SM03 NEK1150U45 237 309 398 506 630 773 933
NEK2150U 13,54 1/2 220-240V 50Hz 1~ CSIR 582 1,31 334 1,0655 339 435 550 683 835
11,6 206 19,5 F 520 350 POE 22 C/V DWG03 SM05 NEK2150U45 237 309 403 515 650 804 979
NEK2160U 16,80 3/4 220-240V 50Hz 1~ CSR 729 1,44 427 1,2055 428 547 688 848 1030
11,9 206 21 F 520 350 POE 22 C/V DWG04 SM03 NEK2160U45 306 395 508 646 808 995 1206
NEU2155U 13,54 3/4 220-240V 50Hz 1~ CSIR 626 1,42 364 1,2155 384 487 605 737 883
11,1 200 17,5 F 520 350 POE 22 C/V DWG03 SM05 NEU2155U45 266 345 445 565 704 863 1041
NEU2155U 13,54 3/4 220-240V 50Hz 1~ CSR 639 1,56 384 1,3555 385 492 617 760 921
11,1 200 17,5 F 520 350 POE 22 C/V DWG03 SM06 NEU2155U45 270 351 452 573 715 878 1062
NEU2168U 16,80 3/4 220-240V 50Hz 1~ CSR 788 1,53 457 1,2755 455 584 738 917 1121
11,6 206 21 F 520 350 POE 22 C/V DWG03 SM06 NEU2168U45 319 416 540 689 865 1068 1296
NT
NT2160U 17,4 3/4 220-240V 50Hz 1~ CSIR 703 1,36 400 1,1055 378 497 638 799 979
18 220 21 F 520 450 POE 22 C/V DWG16 SM19 NT2160U45 260 348 463 601 765 954 1167
NT2160U 17,4 3/4 220-240V 50Hz 1~ CSR 703 1,44 407 1,1855 381 501 644 811 1000
18 220 21 F 520 450 POE 22 C/V DWG16 SM23 NT2160U45 266 355 470 609 774 964 1179
NT2170U 20,4 3/4 220-240V 50Hz 1~ CSIR 816 1,31 478 1,0955 470 608 770 955 1162
18 220 25 F 520 450 POE 22 C/V DWG16 SM19 NT2170U45 333 441 577 740 932 1150 1395
NT2170U 20,4 3/4 220-240V 50Hz 1~ CSR 831 1,44 480 1,1655 476 620 788 981 1196
18 220 25 F 520 450 POE 22 C/V DWG16 SM23 NT2170U45 327 441 583 753 951 1176 1430
NT2180U 22,4 1 220-240V 50Hz 1~ CSIR 931 1,34 550 1,1255 536 693 874 1077 1302
18,2 234 35 F 520 450 POE 22 C/V DWG16 SM19 NT2180U45 380 501 653 835 1047 1290 1563
NT2180U 22,4 1 220-240V 50Hz 1~ CSR 935 1,46 563 1,2355 536 697 886 1101 1344
18,2 234 35 F 520 450 POE 22 C/V DWG16 SM23 NT2180U45 388 507 659 844 1062 1312 1595
NT2210U 27,8 1 1/4 220-240V 50Hz 1~ CSR 1186 1,41 689 1,1755 677 875 1108 1374 1675
18,5 234 33 F 520 450 POE 22 C/V DWG17 SM26 NT2210U45 482 626 813 1041 1310 1620 1969
nEK
nEu
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c -10°c/45 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-20 -15 -10 -5 0 5 10 kg mm a
5958
r290mbP 50Hz
notE: performance curves are calculated from ashrae actual curves.
EMT/
EMTE
EMT6144U 4,50 1/5 220-240V 50Hz 1~ CSIR 616 2,62 343 2,0055 293 354 423 508 608
7,8 166 7,7 S - 180 POE 22 C/V DWG01 SM05 EMT6144U45 227 282 343 413 497 593 708
EMT6152U 5,20 1/4 220-240V 50Hz 1~ CSIR 742 2,68 418 2,0555 362 432 514 612 729
7,8 166 8,5 F 520 180 POE 22 C/V DWG01 SM05 EMT6152U45 279 346 419 500 596 709 844
EMT6165U 5,96 1/4 220-240V 50Hz 1~ CSIR 840 2,57 485 1,9655 415 495 590 700 833
7,8 166 10,4 F 520 180 POE 22 C/V DWG01 SM05 EMT6165U45 321 396 478 571 681 810 964
EMTE6181U 7,55 1/3 220-240V / 50Hz CSIR 1021 2,74 632 2,255 549 657 795 952 1109
8,6 171 16,5 F 520 210 POE 22 C/V DWG01 SM05 EMT6181U45 360 465 580 695 828 995 1163
NEK6152U 5,45 1/4 220-240V 50Hz 1~ CSIR 730 2,55 402 1,8455 348 424 511 607 714
10,4 187 9,6 F 520 350 POE 22 C/V DWG03 SM05 NEK6152U45 286 331 402 487 588 704 833
NEK6165U 6,20 1/4 220-240V 50Hz 1~ CSIR 839 2,44 464 1,7555 398 484 583 696 822
10,4 187 12 F 520 350 POE 22 C/V DWG03 SM05 NEK6165U45 315 381 464 561 675 803 947
NEK6181U 7,28 1/3 220-240V 50Hz 1~ CSIR 949 2,46 523 1,7855 447 548 664 793 930
10,4 187 12 F 520 350 POE 22 C/V DWG03 SM05 NEK6181U45 367 432 523 637 770 919 1080
NEK6210U 8,78 1/3 220-240V 50Hz 1~ CSIR 1169 2,55 640 1,8855 549 670 811 969 1145
11 200 16,1 F 520 350 POE 22 C/V DWG03 SM05 NEK6210U45 434 526 640 776 936 1118 1322
NEK6214U 12,12 1/2 220-240V 50Hz 1~ CSIR 1512 2,28 880 1,9155 746 882 1023 1170 1323
11,7 206 17 F 520 350 POE 22 C/V DWG03 SM05 NEK6214U45 574 710 870 1055 1374 1499 1758
NEK6214U 12,12 1/2 220-240V 50Hz 1~ CSR 1571 2,61 893 2,0555 746 882 1023 1170 1323
11,6 206 24 F 520 350 POE 22 C/V DWG03 SM06 NEK6214U45 594 731 892 1077 1285 1516 1770
NEK6217U 14,30 1/2 220-240V 50Hz 1~ CSIR 1820 2,21 1018 1,7355 875 1060 1271 1508 1771
11,6 206 24 F 520 350 POE 22 C/V DWG03 SM05 NEK6217U45 681 833 1018 1233 1481 1759 2068
NEK6217U 14,30 3/4 220-240V 50Hz 1~ CSR 1885 2,54 1051 1,9455 893 1085 1306 1556 1834
11,6 206 24 F 520 350 POE 22 C/V DWG03 SM06 NEK6217U45 702 861 1051 1273 1526 1810 2124
NEU6210U 8,78 1/3 220-240V 50Hz 1~ CSIR 1215 2,66 676 1,9855 583 713 860 1025 1208
10,7 200 20 F 520 350 POE 22 C/V DWG03 SM05 NEU6210U45 439 556 690 840 1008 1192 1392
NEU6212U 10,00 1/2 220-240V 50Hz 1~ CSIR 1386 2,61 793 1,9655 667 819 995 1195 1419
11,1 200 20,5 F 520 350 POE 22 C/V DWG03 SM05 NEU6212U45 522 644 791 962 1157 1377 1621
NEU6212U 10,00 1/2 220-240V 50Hz 1~ CSR 1397 2,79 800 2,0955 683 833 1006 1201 1420
11,1 200 20,5 F 520 350 POE 22 C/V DWG03 SM06 NEU6212U45 523 652 803 974 1165 1378 1611
NEU6214U 12,12 1/2 220-240V 50Hz 1~ CSIR 1645 2,47 936 1,9655 796 969 1167 1388 1634
11,2 200 18 F 520 350 POE 22 C/V DWG03 SM05 NEU6214U45 619 763 934 1133 1361 1616 1899
NEU6214U 12,12 1/2 220-240V 50Hz 1~ CSR 1682 2,75 944 2,1155 807 981 1179 1401 1648
11,2 200 18 F 520 350 POE 22 C/V DWG03 SM06 NEU6214U45 624 770 943 1143 1369 1623 1903
NEU6217U 14,30 3/4 220-240V 50Hz 1~ CSIR 1903 2,35 1086 1,9555 929 1125 1346 1592 1863
11,6 206 21 F 520 350 POE 22 C/V DWG03 SM05 NEU6217U45 721 888 1085 1311 1566 1851 2165
NEU6217U 14,30 3/4 220-240V 50Hz 1~ CSR 1967 2,76 1109 2,1755 956 1161 1393 1653 1941
11,6 206 21 F 520 350 POE 22 C/V DWG03 SM06 NEU6217U45 734 909 1115 1353 1622 1924 2257
NEU6220U 16,80 3/4 220-240V 50Hz 1~ CSR 2256 2,7 UD UD55
UD UD UD UD UD UD UD 12 206 UD F 520 350 POE 22 C/V DWG03 SM06 NEU6220U45
NT
NT6217U 14,5 1/2 220-240V 50Hz 1~ CSIR 1786 2,58 952 1,8755 792 987 1215 1473 1764
16,9 220 25 F 520 450 POE 22 C/V DWG16 SM19 NT6217U45 506 756 952 1183 1449 1752 2089
NT6220U 17,4 3/4 220-240V 50Hz 1~ CSIR 2202 2,45 1193 1,7655 995 1236 1506 1803 2129
17 220 30 F 520 450 POE 22 C/V DWG16 SM19 NT6220U45 757 954 1193 1472 1791 2150 2549
NT6220U 17,4 3/4 220-240V 50Hz 1~ CSR 2250 2,79 1167 1,8855 976 1215 1492 1806 2158
17 220 30 F 520 450 POE 22 C/V DWG16 SM23 NT6220U45 742 934 1167 1443 1761 2121 2524
NT6222U 20,4 3/4 220-240V 50Hz 1~ CSIR 2537 2,37 1372 1,7455 1118 1400 1726 2097 2505
17 220 30 F 520 450 POE 22 C/V DWG16 SM19 NT6222U45 865 1095 1372 1695 2060 2465 2907
NT6222U 20,4 1 220-240V 50Hz 1~ CSR 2635 2,77 1412 1,9255 1177 1471 1803 2174 2581
17 220 30 F 520 450 POE 22 C/V DWG16 SM23 NT6222U45 897 1132 1412 1735 2104 2513 2965
NT6224U 22,4 1 220-240V 50Hz 1~ CSR 2843 2,73 1558 2,1155 1274 1583 1938 2336 2773
17,2 220 26 F 520 450 POE 22 C/V DWG16 SM23 NT6224U45 966 1239 1557 1920 2321 2761 3232
NT6230U 27,8 1 1/4 220-240V 50Hz 1~ CSR 3620 2,6 1937 1,9355 1623 1998 2437 2850 3350
17,7 220 39 F 520 450 POE 22 C/V DWG16 SM23 NT6230U45 1240 1561 1939 2376 2871 3350 3810
nEK
nEu
u.d. = under development
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
6160
lbP 60Hzr290
r290mbP 60Hz
notE: performance curves are calculated from ashrae actual curves.
notE: performance curves are calculated from ashrae actual curves.
NEK6152U 5,45 1/4 115V 60Hz 1~ CSIR 862 2,44 449 1,5155 345 421 507
9,8 187 25 F 520 350 POE 22 C/V DWG04 SM04 NEK6152U45 264 335 418 512 517
NEK6165U 6,20 1/4 115V 60Hz 1~ CSIR 992 2,41 505 1,5055 404 488 586
10 187 28 F 520 350 POE 22 C/V DWG04 SM04 NEK6165U45 318 395 486 593 714
NEK6210U 8,78 1/3 115V 60Hz 1~ CSIR 1368 2,48 717 1,6055 570 698 843
10,6 200 37 F 520 350 POE 22 C/V DWG04 SM04 NEK6210U45 445 556 685 831 996
NEK6213U 12,12 1/2 115V 60Hz 1~ CSIR 1841 2,13 998 1,4855 781 949 1137
11,4 206 44 F 520 350 POE 22 C/V DWG04 SM04 NEK6213U45 613 757 930 1132 1364
NEU6181U 7,28 1/3 115V-127V 60Hz 1~ CSIR 1197 2,7 633 1,7255 495 611 744
10,1 187 30 F 520 350 POE 22 C/V DWG04 SM04 NEU6181U45 388 487 605 742 897
NEU6214U 12,12 1/2 115V 60Hz 1~ CSIR 1989 2,46 1085 1,7455 865 1051 1261
11,5 206 42 F 520 350 POE 22 C/V DWG04 SM04 NEU6214U45 678 836 1022 1234 1474
NEU6214U 12,12 1/2 115V 60Hz 1~ CSR 2021 2,68 1097 1,8655 873 1060 1273
11,5 206 42 F 520 350 POE 22 C/V DWG04 SM06 NEU6214U45 685 845 1034 1251 1496
NT
NT6217UV 14,5 1/2 115V 60Hz 1~ CSIR 2101 2,52 1005 1,5855 801 986 1184
16,2 220 44 F 520 450 POE 22 C/V DWG16 SM20 NT6217U45 608 749 949 1210 1531
NT6217UV 14,5 1/2 115V 60Hz 1~ CSR 2176 2,81 1028 1,7455 812 1007 1220
16,2 220 44 F 520 450 POE 22 C/V DWG16 SM23 NT6217U45 613 752 956 1225 1558
NT6220UV 17,4 3/4 115V 60Hz 1~ CSR 2644 2,85 1356 1,8455 1007 1266 1565
16,6 220 54,5 F 520 450 POE 22 C/V DWG17 SM21 NT6220UV45 752 973 1237 1543 1890
NT6222UV 20,4 3/4 115V 60Hz 1~ CSR 3023 2,73 1522 1,7855 1181 1476 1798
16,5 220 54,5 F 520 450 POE 22 C/V DWG16 SM23 NT6222UV45 923 1146 1433 1785 2202
NT6224UV 22,4 1 208-230V 60Hz 1~ CSR 3370 2,67 1744 1,7555 1355 1673 2028
16,8 220 33,7 F 520 450 POE 22 C/V DWG16 SM23 NT6224UV45 1041 1315 1634 1995 2401
nEK
nEu
u.d. = under development
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2°c / 54,4°c -6,7°c / 48,9°cEXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-20 -15 -10 -5 0 kg mm a
NEk
NEk2134U 10,00 1/2 115V 60Hz 1~ CSIR 539 1,39 415 1,1055 268 344 433 535 650
10,7 200 28 F 520 350 POE 22 C/V DWG04 SM04 NEk2134U45 194 251 325 415 521 643 780
NEk2150U 13,54 1/2 115V 60Hz 1~ CSIR 687 1,25 550 1,0255 352 451 566 699 848
11,3 206 41,5 F 520 350 POE 22 C/V DWG04 SM04 NEk2150U45 248 321 418 537 678 842 1029
NEk2150U 13,54 1/2 115V 60Hz 1~ CSR 708 1,38 554 1,1155 353 455 575 716 875
11,3 206 41,5 F 520 350 POE 22 C/V DWG04 SM06 NEk2150U45 255 332 430 551 693 858 1045
NEU NEU2168U 16,8 3/4 115-127V 60Hz 1~ CSR 950 1,5 749 1,2
54.4 483 623 787 977 119111,6 206 49 F 520 350 POE 22 C/V DWG04 SM06
NEU2168U45 324 426 562 733 938 1178 1453
NT
NT2160U(V) 17,4 3/4 208-230V 60Hz 1~ CSIR 828 1,34 604 1,0055 401 515 650 806 982
16,8 220 28 F 520 450 POE 22 C/V DWG16 SM20 NT2160U(V)45 298 382 492 626 786 971 1179
NT2160UV 17,4 3/4 115V 60Hz 1~ CSR 827 1,42 638 1,155 400 521 667 837 1031
16,5 220 54,4 F 520 450 POE 22 C/V DWG16 SM21 NT2160UV45 300 379 490 633 807 1013 1250
NT2170U(V) 20,4 3/4 208-230V 60Hz 1~ CSIR 921 1,3 672 0,9855 446 573 726 903 1104
17 220 30 F 520 450 POE 22 C/V DWG16 SM20 NT2170U(V)45 325 419 544 698 883 1097 1340
NT2170UV 20,4 3/4 115V 60Hz 1~ CSR 970 1,38 772 1,1255 495 641 818 1026 1265
16,5 220 55 F 520 450 POE 22 C/V DWG17 SM21 NT2170UV45 372 474 613 787 997 1243 1525
NT2180UV 22,4 1 208-230V 60Hz 1~ CSR 1021 1,41 830 1,1255 535 695 886 1107 1360
16,7 220 30 F 520 450 POE22 C/V DWG16 SM21 NT2180UV45 396 506 656 845 1074 1341 1648
NT2180UV 22,4 1 115V 60Hz 1~ CSR 1048 1,38 832 1,1255 534 691 876 1089 1330
16,5 220 54,5 F 520 450 POE 22 C/V DWG16 SM21 NT2180UV45 396 509 659 844 1065 1323 1616
NT2210UV 27,8 1 1/4 208-230V 60Hz 1~ CSR 1281 1,42 1051 1,1255 671 863 1093 1360 1665
17,8 234 37 F 520 450 POE22 C/V DWG16 SM26 NT2210UV45 494 621 798 1024 1301 1627 2003
NT2210UV 27,8 1 1/4 115V 60Hz 1~ CSR 1322 1,39 1060 1,1155 680 872 1104 1374 1684
17,8 234 67 F 520 450 POE 22 C/V DWG16 SM26 NT2210UV45 514 651 833 1063 1338 1661 2029
cooling caPacity ari 540
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - ari 540condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -23,3°c/48,9 ºcEXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-40 -35 -30 -25 -20 -15 -10 kg mm a
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity cEcomaf
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - cEcomafcondEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4 °c -25°c/55 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-30 -25 -20 -15 -10 -5 kg mm a
6362
r600albP 50Hz
notE: performance curves are calculated from ashrae actual curves.
EMY20CLC 3,97 1/12 220-240V / 50Hz RSIR 61 1,4 45 1,155 34 45 60 77 98 121
7,4 166 2,35 S - 180 AB 5 C DWG01 SM00 EMY20CLC45 40 54 71 92 116 144
EMY26CLC 5,20 1/12 220-240V / 50Hz RSIR 83 1,5 61 1,1855 45 61 81 105 133 165
7,4 166 2,8 S - 180 AB 5 C DWG01 SM00 EMY26CLC45 55 73 95 121 152 187
EMY32CLC 5,96 1/10 220-240V / 50Hz RSIR 97 1,51 72 1,1955 53 72 94 120 151 189
7,4 166 3,6 S - 180 AB 5 C DWG01 SM00 EMY32CLC45 64 86 111 141 176 218
EMY40CLC 7,24 1/8 220-240V / 50Hz RSIR 119 1,53 90 1,2155 66 90 116 148 186 232
7,6 166 4,3 S - 180 AB 5 C DWG01 SM00 EMY40CLC45 80 107 136 171 214 267
EMY46CLC 7,96 1/8+ 220-240V / 50Hz RSIR 135 1,56 101 1,2355 75 102 135 174 219 268
7,7 166 4,3 S - 180 AB 5 C DWG01 SM00 EMY46CLC45 90 120 157 200 249 303
EMY55CLP 9,05 1/6 220-240V / 50Hz RSIR 156 1,56 114 1,2355 85 114 150 192 241 296
7,7 166 5,5 S - 180 AB 5 C DWG01 SM00 EMY55CLP45 102 135 175 222 277 340
EMY66CLP 10,62 1/6+ 220-240V / 50Hz RSIR 177 1,54 134 1,2255 98 134 175 224 280 346
7,9 166 5,6 S - 180 ISO 5 C DWG01 SM00 EMY66CLP45 118 156 202 256 320 394
EMX20CLC 3,97 1/12 220-240V / 50Hz RSCR 61 1,51 45 1,1855 34 45 60 77 98 121
7,5 166 2 S - 180 ISO 5 C DWG01 SM01 EMX20CLC45 40 54 71 92 116 144
EMX32CLC 5,96 1/10 220-240V / 50Hz RSCR 102 1,66 72 1,355 53 72 94 120 151 189
7,5 166 2,6 S - 180 ISO 5 C DWG01 SM01 EMX32CLC45 64 86 111 141 176 218
EMX46CLC 7,96 1/8+ 220-240V / 50Hz RSCR 135 1,66 101 1,3255 75 102 135 174 219 268
7,66 166 3,8 S - 180 ISO 5 C DWG01 SM01 EMX46CLC45 90 120 157 200 249 303
EMX55CLC 9,05 1/6 220-240V 50Hz 1~ RSCR 155 1,72 115 1,3155 90 115 156 197 250 310
7,4 166 5,67 S - 180 ISO 5 C DWG01 SM01 EMX55CLC45 106 136 179 222 282 350
EMX70CLC 11,15 1/5 220-240V / 50Hz RSCR 191 1,71 143 1,3455 103 142 184 233 290 360
7,7 166 6 S - 150 AB 5 C DWG01 SM01 EMX70CLC45 123 164 210 263 327 403
EMX80CLT 12,21 1/5+ 220-240V / 50Hz RSCR 212 1,74 162 1,3655 118 158 207 265 331 406
7,9 171 7,8 S - 150 AB 5 C DWG01 SM01 EMX80CLT45 139 185 240 305 380 464
Emy
EmX
Emy = standard efficiencyEmX = high efficiency
GEN
ERA
L D
ATA
AN
D P
ERFO
RM
AN
CE
CO
MP
REs
sOR
s PA
CK
AG
ING
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lracooling
tyPE
fan air flow (m3/h)
oilEXP
dEvicE
drawingS
modEl7,2 ºc / 54,4 °c 5°c/50 ºc EXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-15 -10 -5 0 5 10 kg mm a
cooling caPacity En12900
SEriES modEl
diSPlacEmEntcm3 HP voltagE
frEquEncymotor tyPE
ratEd Point - aSHraE ratEd Point - En12900condEnSing
tEmPEraturEºc
EvaPorating tEmPEraturE ºcno Subcooling
wwEigHt maX
HEigHt lra cooling tyPE
fan air flow (m3/h)
lubricantEXP
dEvicE
drawingS
modEl-23,3 ºc / 54,4°c -35 / 40 ºcEXtErnal
viEw rEf.
wiring diagram
rEf.cooling
wEfficiEncy
w/wcooling
wEfficiEncy
w/wcHargE
cm3 tyPE-35 -30 -25 -20 -15 -10 -5 0 kg mm a
6564
r600a
r600a
HbP 50Hz
l/mbP 50Hz
notE: performance curves are calculated from ashrae actual curves.
notE: performance curves are calculated from ashrae actual curves.
EMt/
EMu
EMt30CDP 4,50 1/8 220-240V 50Hz 1~ RSIR 256 2,53 246 2,6555 125 155 191 232 278
7,2 158 3,7 S - 180 POE 22 C DWG01 SM00 EMt30CDP45 113 140 176 213 258 310
EMu5125Y 4,50 1/10 220-240V / 50Hz RSIR 267 2,73 244 2,5255 119 150 184 224 270
7 158 3,7 S - 180 AB 5 C DWG01 SM00 EMu5125Y45 109 138 172 212 257 307
EMu5125Y 4,50 1/10 220-240V / 50Hz RSCR 267 2,88 244 2,8255 120 151 187 228 274
7 158 3,7 S - 180 AB 5 C DWG01 SM01 EMu5125Y45 111 140 174 214 259 310
EMt45CDP 6,79 1/8 220-240V 50Hz 1~ RSIR 389 2,56 360 2,4755 172 226 276 338 411
7,7 166 5,8 S - 180 POE 22 C DWG01 SM00 EMt45CDP45 127 163 262 315 382 464
EMu5132Y 6,79 1/8+ 220-240V / 50Hz RSIR 402 2,61 358 2,5455 182 228 280 336 400
7,4 166 6,1 S - 180 AB 5 C DWG01 SM00 EMu5132Y45 165 208 258 316 382 454
EMu5132Y 6,79 1/8+ 220-240V / 50Hz RSCR 406 2,82 363 2,7455 184 230 282 342 408
7,4 166 6,1 S - 180 AB 5 C DWG01 SM01 EMu5132Y45 168 211 262 320 385 460
EMt6144Y 9,05 1/5 220-240V 50Hz 1~ CSIR 543 2,48 486 2,4155 250 310 377 455 543
7,8 166 7,7 F 520 180 POE 22 C/V DWG01 SM05 EMt6144Y45 223 282 350 427 515 614
EMt6160Y 11,15 1/4 220-240V 50Hz 1~ CSIR 653 2,27 588 2,255 303 375 458 552 658
7,8 166 9,8 F 520 180 POE 22 C/V DWG01 SM05 EMt6160Y45 277 347 427 520 622 738
NEk
NEk6160Y 12,12 1/4 220-240V 50Hz 1~ CSIR 677 2,53 606 2,4355 294 372 464 567 678
10,6 187 12,4 F 520 350 POE 22 C/V DWG03 SM05 NEk6160Y45 267 338 425 528 641 764
NEk6170Y 14,30 1/4 220-240V 50Hz 1~ CSIR 809 2,47 720 2,3855 358 449 554 674 807
10,6 187 12,4 F 520 350 POE 22 C/V DWG03 SM05 NEk6170Y45 326 412 512 630 764 913
NEk6187Y 16,80 1/3 220-240V 50Hz 1~ CSIR 907 2,39 805 2,2955 391 494 613 749 774
11 200 16,1 F 520 350 POE 22 C/V DWG03 SM05 NEk6187Y45 359 457 572 705 856 336
EM
EMY3118Y 12,21 1/5 220-240V 50Hz 1~ RSIR 210 1,48 UD UD55
UD UD UD UD UD UD UD UD 7,6 171 7,8 S - 150 AB 5 C/V DWG02 SM03 EMY3118Y45
EMY3118Y 12,21 1/5 220-240V 50Hz 1~ RSCR 212 1,56 UD UD55
UD UD UD UD UD UD UD UD 7,6 171 7,8 S - 150 AB 5 C/V DWG02 SM01 EMY3118Y 45
EMX3118Y 12,21 1/5 220-240V 50Hz 1~ RSCR 212 1,71 UD UD55
UD UD UD UD UD UD UD UD 7,8 171 7,5 S - 150 AB 5 C/V DWG02 SM01 EMX3118Y45
NB NBY5170Y 14,30 3/4 220-240V 50Hz 1~ RSCR 842 3,1 UD UD
55UD UD UD UD UD UD UD UD 10,8 206 15 S - 350 AB 5 C/V DWG02 SM01 NBY5170Y
45
u.d. = under development
co
mp
res
sor
s pA
cK
AG
ING
External views & Wiring Diagrams
EXtErnal viEwS
6766
dwg01 - Emt sEriEs European base Plate dwg 15 - nt sEriEs
dwg04 - nE sEriEs Universal base Plate dwg17 - nt sEriEs
dwg02 / dwg03 - nE sEriEs European base Plate dwg16 - nt sEriEs
dwg14 - nJ sEriEs dwg 19 - ntU sEriEs
co
mp
res
sor
s pA
cK
AG
ING
External views & Wiring Diagrams
6968
Sm00 - Emt/nE sEriEs rsir Ptc European version
Sm01 - Emt/nE sEriEs rscr Ptc European version
Sm02 - Emt/nE sEriEs rscr tsD European version
wiring diagramS KEy wiring diagramS
fanm
run caPacitor
oPtional run caPacitor
lamP
low-HigH PrESSurE SwitcH
EartH connEction
ovErload ProtEctor
currEnt Start rElay
3cr currEnt Start rElay
Ptc Start dEvicE
3-PHaSE motor
3-PHaSE SuPPly
SinglE PHaSE SuPPly
commonC C’
runR S
wHitE cablEWh Br
Bk
ReyEllow-grEEn cablEYG
bluE cablEBl
t
[ [ [ [ tErminal blocK
connEctionS SuPPliEd
brown cablE
blacK cablE
rEd cablE
intEgratEd Ptc dEvicE
currEnt Start rElay witH caPacitor connEctionS
connEctionS to bE madE by tHE cuStomEr (not SuPPliES
run caPacitor (mandatory - not SuPPliEd)
3arr3 Start rElay (voltage).
Start caPacitor
PuSHbutton
SinglE PHaSE motor
tHErmoStat
Pilot circuit 24 or 220 v
common (intErnal ovErload ProtEctor)
Start
co
mP
rES
Sor
Pa
cK
ag
ing
co
mp
res
sor
s pA
cK
AG
ING
External views & Wiring Diagrams
7170
Sm06 - nE SEriES cSr boxSm03 - Emt/nE sEriEs rsir terminal board & start Device
Sm14 - nJ csir boxSm04 - Emt/nE SEriES cSir american version
Sm15 - nJ PscSm05 - Emt/nE sEriEs csir terminal board & start Device
wiring diagramS
co
mP
rES
Sor
Pa
cK
ag
ing
co
mp
res
sor
s pA
cK
AG
ING
External views & Wiring Diagrams
7372
Sm19 - nt sEriEs csir terminal boardSm16 - nJ sEriEs csr box (internal overload Protector)
Sm20 - nt sEriEs csir – american versionSm17 - nJ csr box (External overload Protector)
Sm21 - nt sEriEs csr boxSm18 - nJ sEriEs 3-Phase (internal overload Protector)
wiring diagramS
co
mP
rES
Sor
Pa
cK
ag
ing
co
mp
res
sor
s pA
cK
AG
ING
External views & Wiring Diagrams
wiring diagramS
7574
Sm26 - nt sEriEs csr box (internal overload Protector)Sm22 - nt sEriEs csir box
Sm27 - nt sEriEs 3-Phase (internal + External overload Protector)Sm23 - nt sEriEs csr box
are registered trademarks owned by Whirlpool SA - Embraco Compressors Business Unit and they will continue to be exploited for the Compressors marketing and sale with or without the new trademark EMBRACO.
www.embraco.com
CONTACT US:[email protected]
SALES OFFICE:Via Pietro Andriano, 1210020 – Riva presso Chieri (TO) - Italy
Subj
ect
to a
lter
atio
n w
itho
ut p
revi
ous
noti
ce -
Cod
e A
ME0
01EN
- D
ate:
Jan
uary
201
5 -
Vers
ion
04
